Hose Assemblies - Convoluted Technologies€¦ · Composite Hose Assemblies Features • Flexible • High Quality • Light Weight • Electrical Continuity • Excellent Chemical

Composite Hose Assemblies

Features• Flexible• High Quality• Light Weight• Electrical Continuity• Excellent Chemical Resistance • Made to order at our state of the art

Composite Hose Manufacturing Facility

2 | Composite Hose Catalogue

Quality Composite Hose

Index

• About Convoluted Technologies ................................................................................... Page 4

• Introduction to Composite Hose .................................................................................. Page 5

• Hydrocarbon Products ........................................................................................................ Page 6 Fuel Code 1000 GG ......................................................................................................... Page 7

Fuel Code 1001 GG ......................................................................................................... Page 8

Fuel Code 1003 AG light weight ................................................................................ Page 9

Vapour Recovery Hose 400 GG .................................................................................Page 10

Oil Code 901 GG ............................................................................................................ Page 11

Oil Marine Code 982 GG .............................................................................................Page 12

Hot Products Code 966 GG ........................................................................................Page 13

• Aviation ......................................................................................................................................Page 14 Aviation Code 700 SG ..................................................................................................Page 15

Aviation Code 700 SS ..................................................................................................Page 16

Aviation Code 400 AG .................................................................................................Page 17

• Chemicals ..................................................................................................................................Page 18 Chemical Code 951 PG ................................................................................................Page 20

Chemical Code 952 PS.................................................................................................Page 21

Chemical Code 969 SG ................................................................................................Page 22

Chemical Code 969 SS .................................................................................................Page 23

Chemical PTFE Code 998 PS ......................................................................................Page 24

Chemical Marine PTFE Code 971 SS ........................................................................Page 25

Chemical Marine Code 970 SS ..................................................................................Page 26


Meeting Customers Individual Needs

• Cryogenic hoses ....................................................................................................................Page 27 Cryogenics Code 933 SS .............................................................................................Page 28

Cryogenics Code 940 SS .............................................................................................Page 29

• Field Maintenance ...............................................................................................................Page 30

• Installation and Usage Guidance ..............................................................................Page 32

• Composite Hose Chemical Resistance Guide .....................................................Page 34


Convoluted Technologies Composite Hose manufacturing department is dedicated to supplying the industry with the highest quality composite hose, assemblies and associated products. Our state of the art hose manufacturing facility located in western Sydney enables us to supply the industry with any standard type of composite hose and the flexibility to build hose to our customer’s request.

Our team of employees is highly experienced in the manufacturing and assembling of composite hoses, we take great pride that our services will meet customers individual needs whether you need bulk hose, seals and fittings or complete hoses assembled. If you have any questions in relation to composite hose products or services don’t hesitate to ask!

About Convoluted Technologies


Convoluted Technologies composite hose is manufactured in standard 25 metre long coils on our state of the art manufacturing line by winding a combination of reinforcing wires, fabric layers and special selection of barrier films around a solid mandrel from 1 inch to 4 inches diameter.Our composite hose assemblies range is suitable for hydrocarbon products, aromatic hydrocarbons, solvents, chemicals and cryogenic applications.

Hose materials and construction.Internal and external wires are made out of galvanized steel, stainless steel grade 316, polypropylene coated steel or aluminium. The internal wire purpose is to support the hose wall and prevent the hose collapsing under suction. The external wire gives the hose resistance to crush, seals the layers of fabrics and films tightly together and protects the hose from external abrasion. Both wires connected to the end connections will discharge static electric charge with the exception if one of the wires is polypropylene coated steel wire or if the end connection is made from nonconductive material.

Outer cover and identification strip. The outer cover can be made from two different materials depending on the purpose of the hose. It acts as pressure reinforcement, it protects the other materials from ultra violet rays, gives additional abrasion resistance and with different colour combinations between the outer cover and identification strip we are able to identify the different types of hose in a glance. As a special feature we can supply the hose with a reflective identification strip.

Inner materials.A combination of purposely selected films and fabrics make up the hose wall ensuring the tremendous range of chemical resistance, working temperatures and working pressures.

PETR

O -

LOC

K

SIZE

- CT

Ferrule

Seal

Grub screw for electrical conductivity

Outer cover

Identification stripeInner wire Galvanised steel

Inner materials Polymertic fabrics and films selected according to chemical resistance and strength

Outer wire galvinised Steel

Introduction to Composite Hose


The majority of hydrocarbons found naturally occur in crude oil, where decomposed organic matter provides an abundance of carbon and hydrogen. Hydrocarbons are one of the Earth’s most important energy resources. The predominant use of hydrocarbons is as a combustible fuel source. In their solid form, hydrocarbons take the form of asphalt.

The range of composite hose suitable for the safe handling and transfer of hydrocarbon products includes:

• Fuel Code 1000 is the most common transfer hose for road and rail tankers, storage tanks, production plant and equipment

• Fuel Code 1001 is used for the same applications as above but at a lower working pressure with a better flexibility characteristic

• Fuel Code 1003 is also used for the same applications as above but the aluminum inner wire gives it a lighter weight, low pressure good flexibility characteristic

• VRH 400 is our vapour recovery hose for hydrocarbon loading and unloading applications

• Fuel Code 901 is the most common transfer hose for fuel, heavy oils and lubricants in storage tanks, production equipment and ship to shore applications, this hose has a higher pressure rating

• Fuel Code 982 is a heavy duty oil transfer hose for ship to shore and dock side applications

• Hot Products Code 966 is suitable for suction and delivery of hydrocarbon products such as tar and bitumen at an elevated temperature

Australian Industry StandardsAS 2683 Title of Standard: Hose and hose assemblies for distribution of petroleum and petroleum products. (Excepting LPG)

AS 2117 Title of Standard: Hose and hose assemblies for petroleum and petroleum products—Marine suction and discharge

AS 1180 Title of Standard: Methods of test for hose made from elastomeric materials

International Industry StandardsBS3492 Title of Standard: Specification for road and rail tanker hoses and hose assemblies for petroleum products, including aviation fuels.

IMO BCH CODE Title of Standard: Code for the construction and equipment of ships carrying dangerous chemicals in bulk.

Hydrocarbon Products



Fuel Code 1000 GG

Product Number

Nominal ID ODPressure Bar Minimum

Bend RadiusWeight

Standard Coil Lengthat 20oC as per AS 2683

in mm mm working test burst mm Kg/m m

CH1000-025 1 25 37 7 14 42 60 0.89 25

CH1000-032 1 1/4 32 43 7 14 42 75 1.03 25

CH1000-040 1 1/2 40 51 7 14 42 75 1.58 25

CH1000-050 2 50 63 7 14 42 90 1.68 25

CH1000-065 2 1/2 63 76 7 14 42 100 2.64 25

CH1000-080 3 76 90 7 14 42 125 3.17 25

CH1000-100 4 100 114 7 14 42 200 4.05 25

ConstructionInner Materials: Polypropylene fabrics and film selected according

to chemical resistance and strength.

Reinforcement: Internal wire of galvanised steel. External wire of galvanised steel.

Outer Cover: Green PVC coated Fabric with reflective yellow stripe.

ApplicationsTransfer hoses for road and rail tankers, storage tanks, production plant and equipment.

Australian Industry StandardComplies with the AS 2683

Type: 1Grade: 3Electrical kind: 1Test Pressure: 2 x working pressure

Burst Pressure: 6 x working pressure

Temperature Range: -20 up to 55oC

Note: Other coil lengths can be manufactured on request

• Standard end connections used for these types of hoses are made of Aluminium, Stainless Steel and Brass.

• We stock our own Aluminium Petro-lock end connections, specifically developed for the loading and unloading of hydrocarbon products

• Always check chemical compatibility for the inner and outer wire, the hose lining, the end connections and seals.



Product Number


Bend RadiusWeight



CH1001-040 1 1/2 40 49 4 8 24 65 1.48 25

CH1001-050 2 50 61 4 8 24 80 1.53 25

CH1001-065 2 1/2 63 74 4 8 24 90 2.53 25

CH1001-080 3 76 88 4 8 24 115 3.08 25

CH1001-100 4 100 112 4 8 24 190 3.86 25




Outer Cover: Yellow PVC coated Fabric with reflective yellow stripe.

ApplicationsTransfer hoses for storage tank, production plant and equipment with lower operating pressures with a higher flexibility.










Fuel Code 1001 GG


Product Number


Bend RadiusWeight



CH1003-065 2 1/2 63 74 4 8 24 90 1.91 25

CH1003-080 3 76 88 4 8 24 115 2.37 25

CH1003-100 4 100 112 4 8 24 190 2.93 25



Reinforcement: Internal wire of aluminium. External wire of galvanised steel.

Outer Cover: Yellow PVC coated Fabric with reflective green stripe.

ApplicationsLight weight transfer hoses for storage tank, production plant and equipment with lower operating pressures with a higher flexibility.










Fuel Code 1003 AG light weight


Product Number


Bend RadiusWeight



CHVRH-100 4 100 112 4 8 24 190 3.80 25




Outer Cover: Black PVC coated Fabric with reflective yellow stripe.

ApplicationsFor the collection of hydrocarbon vapours within the oil industry.

Australian Industry StandardComplies with the AS2683



Temperature Range: - 20 up to 55oC


• Standard end connections used for this types of hoses are made of Aluminium only

• We stock our own Aluminium Vapour-lock and Petro-Lock end connections, specifically developed for the loading and unloading of hydrocarbon vapours


Vapour Recovery Hose 400 GG


Product Number


Bend RadiusWeight



CH901-025 1 25 37 10 20 40 75 1.04 25

CH901-032 1 1/4 32 43 10 20 40 90 1.12 25

CH901-040 1 1/2 40 51 10 20 40 100 1.63 25

CH901-050 2 50 65 10 20 40 140 1.78 25

CH901-065 2 1/2 63 76 10 20 40 180 2.84 25

CH901-080 3 76 90 10 20 40 210 3.41 25

CH901-100 4 100 120 10 20 40 340 5.52 25

CH901-150 6 150 172 10 20 40 400 9.7 15




Outer Cover: Black PVC coated Fabric with reflective white stripe.

ApplicationsLight weight transfer hoses for storage tank, production plant and equipment with lower operating pressures with a higher flexibility.


Type: 2Grade: 2Electrical kind: A - continuous

Test Pressure: 2 x working pressure


Temperature Range: - 20 up to 65oC


• Standard end connections used for these types of hoses are made of Aluminium, Stainless and Carbon Steel. If there is any load on the hose let us know as we would use a heavy wall series end connection.



Oil Code 901 GG


Product Number


Bend RadiusWeight

Standard Coil Lengthat 20oC as per IMO BCH


CH982-100 4 100 125 14 28 70 400 6.61 25

CH982-150 6 150 178 14 28 70 450 11.4 15


to chemical resistance strength.


Outer Cover: Blue PVC coated Fabric with reflective yellow stripe.

ApplicationsHeavy duty oil transfer hose for ship to shore and dock side.

• Standard end connections used for these types of hoses are made of heavy wall Stainless or Carbon Steel

• We developed our heavy wall series end connections to deal with the higher pressure ratings and some potential load on the hose







International Industry StandardIMO BCH CODE

Note: Other coil lengths can be manufactured on request Note: Rope lagging available for outside abrasion protection


Oil Marine Code 982 GG


Product Number


Bend RadiusWeight



CH966-020 3/4 20 32 10 20 60 70 0.75 25

CH966-025 1 25 37 10 20 60 75 0.96 25

CH966-032 1 1/4 32 43 10 20 60 90 1.16 25

CH966-040 1 1/2 40 51 10 20 60 100 1.62 25

CH966-050 2 50 65 10 20 60 140 1.78 25

CH966-065 2 1/2 63 76 10 20 60 180 2.62 25

CH966-080 3 76 90 10 20 60 210 3.39 25

CH966-100 4 100 120 10 20 60 340 4.30 25

ConstructionInner Materials: Polyamide films.


Outer Cover: White Fabric.

ApplicationsTransfer hoses suitable for the suction and delivery of hydrocarbon products such as tar and bitumen at an elevated temperature.

Elevated temperature affect the products pressure rating by -50% when exceeding 100OC.




Special Developed Temperature Range: -20 up to 180oC

Note: Other coil lengths can be manufactured on requestNote: Drain media from hose after testing, as water and hot products can lead to a dangerous situation

• Standard end connections used for these types of hoses are made of Stainless, Carbon Steel and Brass



Hot Products Code 966 GG


Our composite hose developed for the aviation industry is suitable for the aromatic hydrocarbons present in Avgas or Jet A1 fuel. Fuel for piston engine powered aircraft is usually a high octane aviation gasoline known as Avgas, it has a low flash point to improve its ignition characteristics. Jet A1 fuel gets used in turbine engines, these engines handle fuel with higher flash point, which are less flammable and therefore safer to transport and handle.

The Aviation industry has developed special end connections to avoid mixing up the two different fuels.The Avgas and Jet A1 fuel are the most commercially common fuels in aviation industry but there are various other blends used such as Kerosene, JP-1, JP-2, JP-3(Mil-J 5624), JP-4(Mil-J 5624), JP-5 (Mil-J 5624), JP-6 (Mil-J 25656) and JP-x (Mil-F 25604). It is of most importance that the composite hose reinforcement wires are compatible with the product handled by the hose.

The range of composite hose suitable for the safe handling and transfer of aviation aromatic hydrocarbon products includes:

• Aviation 700 SG transfer hoses suitable for the suction and delivery of aviation fuels, constructed with a stainless steel inner and galvanized steel outer wire.

• Aviation 700 SS is used for the same applications but in this hose the inner and outer wire are stainless steel

• Aviation 400 AG is used for the same applications but at a lower working pressure with a better flexibility characteristic.

Australian Industry StandardsAS 2683 Title of Standard: Hose and hose assemblies for distribution of petroleum and petroleum products. (Excepting LPG)

AS 1180 Title of Standard: Methods of test for hose made from elastomeric materials.

International Industry StandardsBS3492 Title of Standard: Specification for road and rail tanker hoses and hose assemblies for petroleum products, including aviation fuels.

Aviation Products

Aviation


Product Number


Bend RadiusWeight



CHAVSG-025 1 25 37 7 14 42 60 0.91 25

CHAVSG-032 1 1/4 32 43 7 14 42 75 1.05 25

CHAVSG-040 1 1/2 40 51 7 14 42 75 1.58 25

CHAVSG-050 2 50 63 7 14 42 90 1.71 25

CHAVSG-065 2 1/2 63 76 7 14 42 100 2.64 25

CHAVSG-080 3 76 90 7 14 42 125 3.19 25

CHAVSG-100 4 100 114 7 14 42 200 4.10 25



Reinforcement: Internal wire of stainless steel. External wire of galvanised steel.

Outer Cover: Black PVC coated Fabric with green stripe.

ApplicationsTransfer hoses suitable for the suction and delivery of aviation fuels.






Aviation Products

• Standard end connections used for these types of hoses are made of Aluminium, Stainless Steel and Brass

• We stock our own Aluminium Petro-Lock, Avgas and Jet A1 end connections, specifically developed for the loading and unloading of aviation hydrocarbon products


Aviation Code 700 SG


Product Number


Bend RadiusWeight



CHAVSS-025 1 25 37 7 14 42 60 0.93 25

CHAVSS-032 1 1/4 32 43 7 14 42 75 1.07 25

CHAVSS-040 1 1/2 40 51 7 14 42 75 1.61 25

CHAVSS-050 2 50 63 7 14 42 90 1.74 25

CHAVSS-065 2 1/2 63 76 7 14 42 100 2.69 25

CHAVSS-080 3 76 90 7 14 42 125 3.20 25

CHAVSS-100 4 100 114 7 14 42 200 4.15 25



Reinforcement: Internal wire of stainless steel. External wire of stainless steel.

Outer Cover: Black PVC coated Fabric with blue stripe.

ApplicationsTransfer hoses suitable for the suction and delivery of aviation fuels.









Aviation Products

Aviation Code 700 SS


Product Number


Bend RadiusWeight



CHAVAG-065 2 1/2 63 74 4 8 24 90 1.94 25

CHAVAG-080 3 76 88 4 8 24 115 2.37 25

CHAVAG-100 4 100 112 4 8 24 190 2.93 25



Reinforcement: Internal wire of aluminium. External wire of galvanised steel.

Outer Cover: Black PVC coated Fabric.

ApplicationsLight weight transfer hoses suitable for the suction and delivery of aviation fuels.









Aviation Products

Aviation Code 400 AG


It is of great importance that the right hose is used for the right application in the chemical industry due to chemical compatibility of inner and outer reinforcing wires and the hose lining. We cover a tremendous range of products that can be transferred with our chemical composite hose, see our chemical resistance data to select the right inner and outer wire, and inner material for your application.

In your choice of end connections we recommend not to mix aluminium end connections with stainless steel inner wire or crimp ferrule due to the increased chance of electrolysis corrosion that occurs between dissimilar metals.

Hoses with polypropylene coated inner wireThe range of composite hose suitable for the safe handling and transfer of chemical products includes:• Chemical code 951 PG transfer hoses suitable for the suction and delivery of chemicals like acids, alkalines

and solvents. Constructed with a polypropylene coated steel inner and galvanized steel outer wire. Only to be used if the outer wire is not exposed to the media or corrosive environments.

• Chemical code 952 PS transfer hoses suitable for the suction and delivery of chemicals like acids, alkalines and solvents. Constructed with a polypropylene coated steel inner and stainless steel outer wire.

This hose offers great resistance to a corrosive environment.• Chemical PTFE code 998 PS transfer hoses suitable for the suction and delivery of aggressive chemicals,

searching solvents and high viscosity products such as paints. Constructed with a polypropylene coated steel inner and stainless steel outer wire, and PTFE inner material. This hose has the best chemical resistance properties in the range of chemical hose with polypropylene coated steel inner wire construction.

Polypropylene inner wire and end connections should not be used where static electricity buildup can cause the media to ignite.

Chemicals and Solvents

Chemicals


Hoses with stainless steel inner wire• Chemical code 969 SG transfer hoses suitable for the suction and delivery of chemicals like acids,

alkalines and solvents. Constructed with a stainless steel inner and galvanized steel outer wire. Only to be used if the outer wire is not exposed to the media or corrosive environments.

• Chemical code 969 SS transfer hoses suitable for the suction and delivery of chemicals like acids, alkalines and solvents. Constructed with a stainless steel inner and stainless steel outer wire. This hose offers greater resistance to a corrosive environment.

• Chemical PTFE Code 971 SS transfer hoses suitable for the suction and delivery of aggressive chemicals, searching solvents and high viscosity products such as paints. Constructed with a stainless steel inner and outer wire, and PTFE inner material. Its higher pressure rating makes it suitable for ship to shore and dock side applications. This hose has the best chemical resistance properties in the range of chemical hose with stainless steel inner wire construction.

• Chemical Marine Code 970 SS and 971 SS transfer hoses suitable for heavy duty chemical transfer from ship to shore and dock side applications. Constructed with a stainless steel inner and stainless steel outer wire.

Australian Industry Standards Petroleum products are commonly used as a base product for chemicals and solvents therefore this group of composite hoses falls under the following standards.

AS 2117 Title of Standard: Hose and hose assemblies for petroleum and petroleum products—Marine suction and discharge


International Industry StandardsBS EN 13765 Title of Standard: Thermoplastic multi-layer (non-vulcanized) hoses and hose assemblies for the transfer of hydrocarbons, solvents and chemicals.

IMO IBC CODE Title of Standard: International code for the construction and equipment of ships carrying dangerous chemicals in bulk.



Product Number


Bend RadiusWeight



CH951-025 1 25 37 10 20 40 75 1.44 25

CH951-032 1 1/4 32 43 10 20 40 90 1.65 25

CH951-040 1 1/2 40 51 10 20 40 100 1.89 25

CH951-050 2 50 65 10 20 40 140 2.20 25

CH951-065 2 1/2 63 76 10 20 40 180 3.28 25

CH951-080 3 76 90 10 20 40 210 3.85 25

CH951-100 4 100 120 10 20 40 340 5.32 25



Reinforcement: Internal wire of polypropylene coated steel. External wire of galvanised steel.

Outer Cover: Grey PVC coated Fabric with reflective red stripe.

ApplicationsTransfer hoses suitable for the suction and delivery of chemicals like acids, alkalis and solvents where the outside of the assembly is not in contact with the media.


Type: 2/3

Grade: 2Electrical kind: B - discontinuous




Note: Other coil lengths can be manufactured on requestNote: Not ideally suited for high viscosity products or where static electricity is a possibility due to the polypropylene coated inner wire.

• Standard end connections used for these types of hoses are made of Stainless, Carbon Steel, Polypropylene and Brass



Chemical Code 951 PG


Product Number


Bend RadiusWeight

Standard Coil Lengthat 20oc as per AS 2117


CH952-025 1 25 37 10 20 40 75 1.47 25

CH952-032 1 1/4 32 43 10 20 40 90 1.74 25

CH952-040 1 1/2 40 51 10 20 40 100 1.96 25

CH952-050 2 50 65 10 20 40 140 2.34 25

CH952-065 2 1/2 63 76 10 20 40 180 3.38 25

CH952-080 3 76 90 10 20 40 210 3.98 25

CH952-100 4 100 120 10 20 40 340 5.48 25

ConstructionInner Materials: Polypropylene fabrics and film selected

according to chemical resistance strength.

Reinforcement: Internal wire of polypropylene coated steel. External wire of stainless steel.

Outer Cover: Grey PVC coated Fabric with reflective orange stripe.

ApplicationsTransfer hoses suitable for the suction and delivery of chemicals like acids, alkalis and solvents.


Type: 2/3









Chemical Code 952 PS


Product Number


Bend RadiusWeight



CH969SG-025 1 25 37 10 20 40 75 1.25 25

CH969SG-032 1 1/4 32 43 10 20 40 90 1.43 25

CH969SG-040 1 1/2 40 51 10 20 40 100 1.78 25

CH969SG-050 2 50 65 10 20 40 140 1.95 25

CH969SG-065 2 1/2 63 76 10 20 40 180 3.02 25

CH969SG-080 3 76 90 10 20 40 210 3.57 25

CH969SG-100 4 100 120 10 20 40 340 5.11 25

CH969SG-150 6 150 172 10 20 40 400 11.1 15



Reinforcement: Internal wire of stainless steel. External wire of galvanised steel.

Outer Cover: Orange PVC coated Fabric with reflective blue stripe.

ApplicationsTransfer hoses suitable for the suction and delivery of chemicals like acids, alkalis and solvents where the outside of the assembly is not in contact with the media.


Type: 2/3

Grade: 2Electrical kind: A - continuous








Chemical Code 969 SG


Product Number


Bend RadiusWeight



CH969SS-025 1 25 37 10 20 40 75 1.27 25

CH969SS-032 1 1/4 32 43 10 20 40 90 1.46 25

CH969SS-040 1 1/2 40 51 10 20 40 100 1.81 25

CH969SS-050 2 50 65 10 20 40 140 1.98 25

CH969SS-065 2 1/2 63 76 10 20 40 180 3.05 25

CH969SS-080 3 76 90 10 20 40 210 3.61 25

CH969SS-100 4 100 120 10 20 40 340 5.28 25

CH969SS-150 6 150 172 10 20 40 400 11.2 15




Outer Cover: Orange PVC coated Fabric with reflective blue stripe.

ApplicationsTransfer hoses suitable for the suction and delivery of chemicals like acids, alkalis and solvents.


Type: 2/3

Grade: 2Electrical kind: A - continuous








Chemical Code 969 SS


Product Number


Bend RadiusWeight



CH998-025 1 25 37 10 20 40 75 1.62 25

CH998-032 1 1/4 32 43 10 20 40 90 1.87 25

CH998-040 1 1/2 40 51 10 20 40 100 2.10 25

CH998-050 2 50 65 10 20 40 140 2.48 25

CH998-065 2 1/2 63 76 10 20 40 180 3.52 25

CH998-080 3 76 90 10 20 40 210 4.17 25

CH998-100 4 100 120 10 20 40 340 4.81 25

ConstructionInner Materials: PTFE Polymeric fabrics and film selected according


Reinforcement: Internal wire polypropylene coated steel. External wire of stainless steel.

Outer Cover: Red PVC coated Fabric with reflective yellow stripe.

ApplicationsTransfer hoses suitable for the suction and delivery of aggressive chemicals, searching solvents and high viscosity products such as paint.


Type: 2/3









Chemical PTFE Code 998 PS


Product Number


Bend RadiusWeight

Standard Coil Lengthat 20oC as per IMO IBC


CH971-025 1 25 39 14 28 70 105 1.60 25

CH971-032 1 1/4 32 45 14 28 70 120 1.82 25

CH971-040 1 1/2 40 53 14 28 70 130 2.07 25

CH971-050 2 50 67 14 28 70 170 2.40 25

CH971-065 2 1/2 63 79 14 28 70 210 3.54 25

CH971-080 3 76 93 14 28 70 240 4.14 25

CH971-100 4 100 123 14 28 70 370 4.55 25

CH971-150 under development

ConstructionInner Materials: PTFE Polymeric fabrics and film selected

according to chemical resistance and strength.


Outer Cover: Red PVC coated Fabric with reflective white stripe.

ApplicationsHeavy duty transfer hoses suitable for the suction and delivery of aggressive chemicals, searching solvents and high viscosity products such as paint.






International Industry StandardIMO IBC CODE

Note: Other coil lengths can be manufactured on requestNote: Rope lagging available for outside abrasion protection





Chemical Marine PTFE Code 971 SS


Product Number


Bend RadiusWeight

Standard Coil Lengthat 20oC as per IMO IBC


CH970-100 4 100 125 14 28 70 400 7.88 25





Outer Cover: Blue PVC coated Fabric.

ApplicationsHeavy duty chemical transfer hose for ship to shore and dock side.






International Industry StandardIMO IBC CODE

Note: Other coil lengths can be manufactured on requestNote: Rope lagging available for outside abrasion protection


• Standard end connections used for these types of hoses are made of heavy wall Stainless Steel



Chemical Marine Code 970 SS


Cryogenics

Our cryogenic hose is specially designed for the safe transfer of fully refrigerated liquefied petroleum gases and related products under pressure at negative temperatures.

The range of composite hose suitable for the safe handling and transfer of cryogenic products includes: • Cryogenics Code 933 is developed around the IMO standard for the transfer of acetaldehyde, ammonia,

butadiene, butane, butane / propane mixtures, butylene, dimethylamine, ethyl chloride, ethylene, ethylene oxide, methyl acetylene-propadiene mixture, methyl bromide, methyl chloride, propane, propylene, refrigeration gases and vinyl chloride.

• Cryogenics Code 940 is developed around the AS/NZS 1869 standard for the transfer of Liquefied Natural Gas (LNG or methane), natural gas, town gas and liquid nitrogen.

Australian Industry StandardsAS/NZ 1869 Title of Standard: Hose and hose assemblies for liquefied petroleum gases, natural gas and town gas.


International Industry StandardsIMO IGC CODE Title of Standard: International code for the construction and equipment of ships carrying liquefied gases in bulk.

BS EN 13766 Title of Standard: Thermoplastic multi-layer (non-vulcanised) hoses and hose assemblies for the transfer of liquid petroleum gas and liquefied natural gas-specification.

Cryogenic hoses


Product Number


Bend RadiusWeight

Standard Coil Lengthat 20oC as per AS IMO


CH933-025 1 25 39 10.5 21 52.5 105 2.13 25

CH933-032 1 1/4 32 45 10.5 21 52.5 120 2.30 25

CH933-040 1 1/2 40 53 10.5 21 52.5 130 2.45 25

CH933-050 2 50 67 10.5 21 52.5 170 2.74 25

CH933-065 2 1/2 63 79 10.5 21 52.5 210 3.74 25

CH933-080 3 76 93 10.5 21 52.5 240 4.35 25

CH933-100 4 100 123 10.5 21 52.5 370 8.52 25


ConstructionInner Materials: Polyamid films.


Outer Cover: White Fabric with reflective green stripe .

ApplicationsTransfer hoses suitable for the delivery of gases, organic solvents and alkalines.

Refer to chemical resistance data for specific applications.

International Industry StandardIMO BCH CODE




Note: Other coil lengths can be manufactured on requestNote: Rope lagging available for outside abrasion protection and improved insulation




Cryogenics

Cryogenics Code 933 SS


Product Number


Bend RadiusWeight



CH940-025 1 25 39 25 50 100 105 2.13 25

CH940-032 1 1/4 32 45 25 50 100 120 2.30 25

CH940-040 1 1/2 40 53 25 50 100 130 2.45 25

CH940-050 2 50 67 25 50 100 170 2.74 25

CH940-065 2 1/2 63 79 25 50 100 210 3.74 25

CH940-080 3 76 93 25 50 100 240 4.35 25

CH940-100 4 100 123 21 42 84 370 8.52 25

ConstructionInner Materials: Polyamid films.


Outer Cover: White Fabric with reflective green stripe.

ApplicationsTransfer hoses suitable for the delivery of gases, organic solvents and alkalines.

Refer to chemical resistance data for specific applications.

Australian Industry StandardComplies with the AS / NZS1869

Class: HTransfer hoses above 15mm IDTest Pressure: 2 x working pressure



Note: Other coil lengths can be manufactured on request Note: Rope lagging available for outside abrasion protection and improved insulation




Cryogenics

Cryogenics Code 940 SS


Cleaning of Composite hose assemblies in service:

Composite hoses in service should be cleaned after they have been used. The most appropriate method will depend on the media that has been transferred and the location where the hose has been used.

Cleaning methods can be flushing the hoses with clean fresh water, hot water not in excess of 80 degrees C, detergents and solvents at ambient temperature depending on the chemical compatibility of the hose assembly, compressed air and steam on open ended assemblies only, not exceeding the maximum working temperature of the composite hose assembly.

In all methods of cleaning it is most important that the hose gets sufficiently drained before and after the process to prevent any chemical reaction inside the hose that could affect any of the inner materials or lead to a poisonous reaction.

Pigging should never be used as a method of cleaning on any composite hose assembly as this will damage the hose.

During any cleaning operation, the composite hose assembly must be electrically earthed to avoid buildup of static charge.

Inspection recommendations The frequency of testing is as required by regulatory authorities, or, in the absence of such requirements, as advised by the manufacturer.

Convoluted recommend that all hoses are to be tested when new, and re-tested periodically as follows:

For AS 2683 Fuel Hoses:

Visual Check …….....................(every 3 months)

Electrical Continuity .............(every 6 months)

Hydrostatic Test ………...........(every 12 months)

For AS 2117 / AS 1869 / AS 1180 / IMO BCH:

All tests .………………...............(every 12 months)

Visual test look for: • Dents or kinks, none are allowed as the wire is part of the seal of the hose.

• Displacement of the reinforcing wires from their normal pitch.

• Corrosion to the inner and outer wire or end connections, the wrong materials might have been selected for the service of the hose.

• Abrasions to the outer wire.

• Physical condition of the outer cover and carcass generally.

• Functionality and condition of the end connections and seals.

• Evidence of leakage from the end connections.

Hoses with any significant defects mentioned in the above list should be retired from service. Light abrasion of the outer wire and cover is acceptable as long as the outer cover is not completely worn away.

Field Maintenance


Electrical continuity test: • Make sure the hose is well drained and gas and vapour free.

• Lay the hose on an none conductive surface in a U shape, ends and hose not touching each other.

• Place the positive probe of the calibrated milli Ohm meter on one end connection and the negative probe of the calibrated milli Ohm meter on the other end connection. If the reading exceeds 1.25 times the original resistance marked on the ID plate or is higher than 1 Ohm per metre of hose then the hose should be retired out of service (AS1180 13C).

• Be aware of hose with polypropylene inner reinforcement wire or end connections for chemical applications, this hose has no conductivity reading and should only be used in applications where there is no risk of static electricity build-up.

• Be aware that stainless steel reinforcement wire has a higher conductivity reading than galvanized coated steel reinforcement wire therefore the Ohm reading per meter of hose is allowed to be 2 Ohm per meter of hose. There are chemical hoses out in the field with stainless inner wire and carbon steel outer wire that look the same as a similar hose with both wires stainless steel. Stainless steel is not magnetic so check the wires with a magnet if you are not sure.

• Hoses used on loading and unloading of petroleum products on road and rail applications should be fitted with special end connections where the inner and outer wire is positively secured to the end connections with grub screws, make sure this connection is in good order. These fittings are available from 2” to 4” in straight, 68 degree elbow and 90 degree elbow in aluminium, and one specialty 4” vapor lock connection.

Hydrostatic test: • Make sure the composite hose has passed the visual and electrical continuity test before starting the

hydrostatic test.

• Lay the hose in a straight line and allow for free movement under pressure.

• Blank off ends and fill the hose completely with clean water. Ensure trapped air is released by raising the end that is used to bleed the water.

• Pressurize the complete hose assembly with calibrated test equipment at 1.25 times the published manufacturers working pressure as per AS 2683 and AS 2117 or 1.5 times the published manufacturers working pressure as per IMO codes (ship to shore). Hold this pressure for 10 minutes while examining the assembly for leaks.

• Release the pressure and drain the hose thoroughly.

• If the hose has passed the hydrostatic test, the hose should again be tested for electrical continuity, when this test shows the same result as your earlier test you can re-certify the hose.

Note hoses with polypropylene end connections should not be tested higher than 750 kPa

It should be noted that composite hoses elongate under pressure, this is a standard feature of our product, and it cannot be taken as an indication of failure or used to assess the condition of the hose reinforcements.

Field Maintenance


Hoses must be correctly used and handled; this can have a significant effect on the durability of the product. To assure the maximum possible service life of the hose assembly follow these guidelines.

Hoses must be correctly supported during their operation; these supports should be designed so that the hose assembly never bends beyond the minimum bend radius from our technical specification sheets for each product.

Hoses should never be supported along their live length by a single rope. Slings, saddles or some other means of proper support must be used. The support must be wide enough to spread the load sufficiently so that the hose is not deformed in the area of support.

Never use hose unsupported

Always support hose near coupling

Support at fitting and protecting from edge

Always support with slings, never with single rope


Protect against sharp edges


Installation and Usage guidance

7

7

7

7

4

4

Reasonable support

4

4


Incorrect installation can unduly stress hose assemblies leading to a shortened working life or premature failure.

• Flanged hose assemblies should ideally have one end fitted with a floating flange.

• Hose assemblies must not be twisted either on installation or in use.

• Hose assemblies subject to movement while operating should be installed in such a way that flexing occurs in the same plane.

• When installing hose assemblies, careful attention should be paid to minimum bend radii specifications.

DO’S• Support the hose near the end connections always maintaining horizontal plane.

• Support the hose using recommended hose supports throughout the balance of the length.

• Cushion the hose against sharp edges, dock edge, ships rail, etc.

• Cushion the hose when the application demands use of reciprocating machinery. It is recommended that all points of contact be cushioned to avoid potential damage due to the pulsating effect of reciprocating machinery.

DON’TS• Do not use the hose unsupported.

• Do not support the hose with a single rope.

• Do not allow the hose to hang unsupported between ship and quay.

Never use hose unsupported Always support with slings, never with single rope

Never support hose with single rope or over bend at fitting

Never let hose hang between quay

and ship

Support hose with slings

Always support at fitting and slings

Installation and Usage guidance


The following guide shows the suitability of composite hoses and end connections for use with various fluids. The information is based on the best available data. Recommendations are given only as a guide and apply only to the chemical compatibility of the hose, seals and end connection materials.

The description of a hose with end connections as “suitable” does not ensure that the hose complies with any regulations or operating requirements governing the handling of the chemicals or the use of the hose.

When selecting the right hose for your application you should also consider the temperature rating, minimum bend radius, pressure rating and combined weight of hose with fluid.

In your choice of end connections we recommend not to mix aluminium end connections with stainless steel inner wire or crimp ferrule due to the increased chance of electrolysis corrosion that occurs between dissimilar metals.

A hose conveying a chemical having an oxidizing effect should be checked for internal discolouration particularly if contamination is not permitted.

Convoluted Technologies Pty Ltd reserves the right to change specifications and ratings without notice.

Composite Hose Chemical Resistance Guide



1,3-Pentadiene C • C C • A • • C A • •

2-Ethylhexylamine C • B B • A • • C A • •

2-Ethyl-3-Propylacrolein C • C C • A • • C A • •

2-Hydroeyethyl Acrylate C • C C • B • • C B • •

2-Methyl Pentene C • C C • A • • C A • •

Acetaldehyde 100%(Ethanol) F C C C C A B C F A F F

Acetaldehyde 40% (Ethanol) F • B B B A • • F A F F

Acetamide (Ethanamide) • B B B B B A • A A A A

Acetate Solvents • B B A B A A • • A F F

Acetic Acid 60% F B A A A A B • F A F F

Acetic Acid, Glacial F B B B B A B • F A F F

Acetic Anhydride F B B B B A B F F A F F

Acetoacetic Ester F • B B B A • • F A F F

Acetone A B A A A A A A A A F F

Acetone Cyanohydrin F • B B B A • • F A F F

Acetonitrile (Methyl Cyanide) B B B B B A A • B A C F

Acetophenone (Acetyl Benzene) B B B B B A B • B A F F

Acetyl Acetone B F B B B B F • B A C F

Acetyl Chloride F F F F F A F A F A F B

Acetylene Dichloride B B B B B A A B B A A F

Acetyl Sallicylic Acid (Aspirin) • F • • • B A • • B • A

Acrolein (Acrylaidenhyde) B B B B B A B • B A B F

Acrylamide (<50%) F • C C C B • • F B • •

Acrylic Acid F • B B B B • • F B B A

Acrylonitrile (Vinyl Cyanide) F B A A A A A • F A F F

Adipic Acid (Aqueous) A B A A A A B • A A A A

Adiponitrile B • B B B A • • B A • •

Aero Lubriplate • B B B B B A • A A A A

Aerosafe 2300 • • • • • B A • • A F F

Aerosafe 2300W • • • • • B A • • A F F

Aeroshell 1AC • B B B B B A • A A A A

Aeroshell 7A Grease • • • • • B A • A A A A

Aeroshell 17 Grease • • • • • B A • A A A A

Chemical Inside Materials Coupling Materials Seal Materials

A = Suitable for use at 60 °C

B = Suitable for use at AMBIENT temperatures

C = Suitable for INTERMITTENT service only

F = Unsuitable NOT RECOMMENDED

• = No information (Contact our Sales Department)

With Polypropylene Hose LinerWith PTFE Hose

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Aeroshell 750 • • • • • B A • A A C A

Alcohol Amyl (1-Pentanol) • A A A A A B • B A B B

Alcohol Benzyl (Phenol Carbinol) • B B B B A B • A A F A

Alcohol Butyl (Butanol) • B B B B B B • B A B A

Alcohol Diacetone (Tyranton) • B B B B B B • B A F F

Alcohol Ethyl (Ethanol) • B B B B B B • A A A A

Alcohol Hexyl (1-Hexanol) • B B B B B A • A A A A

Alcohol Isobutyl (2-Methyl-1-Propanol) • B B B B B B • C A C A

Alcohol Isopropyl (2-Propanol) • B B B B B B • C A C A

Alcohol Methyl (Methanol) • B B B B B B • A A A F

Alcohol Octyl (Caprylic Alcohol) • • • • • B A • A A • A

Alcohol Propyl (Propanol) • B B B B B A • A A A A

Allyl Alcohol B B B B B B B • A A A B

Allyl Bromide C F C C C B F • C A F B

Allyl Chloride C F C C C B F • C B F B

Alkazene • • • • • • • • • • F A

Almond Oil (Artificial) F F F F F • • • • • F F

Alum (Aiuminum Potasium Sulfate) F C A A A A C C F A A A

Aluminum Acetate • B B B B B A • F B • F

Aluminum Ammonium Sulfate • • B • B • • • • • A A

Aluminum Bromide • • A • A • • • • • B A

Aluminum Chloride • B B C B C B • F C A A

Aluminum Fluoride • B B B B B B • F A B A

Aluminum Hydroxide • B B B B B A • F A A A

Aluminum Nitrate • B B B B B B • F A A A

Aluminum Phosphate • • B B B B • • • A A A

Aluminum Potassium Sulfate (Alum) • C B B B B C • F B A A

Aluminum Salt Solutions F • A B A A • • F A A A

Aluminum Sulfate (Sulphate) F B B B B B A • F A A A

Amethole C • C C • • • • • • • •

Amines F B B B B B A • F A F F

Aminoethyl Ethanolamine F • B B B A • • F A • •

Ammonia, Anhydrous • B B B B B A • A A B F

Ammonia Gas Cold • • B • B • • • • • B F

Ammonia Solution F F A A A A F • F A C B

Ammonia Nitrate • C A B B B C • A A A F








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Ammonium Acetate • B B • B • B • A • A A

Ammonium Bicarbonate • • • • • • B • • A B F

Ammonium Bifluoride F B B B B B B • F B B B

Ammonium Carbonate • B B B B B B • B B C A

Ammonium Casenite • • • • • B • • • A • •

Ammonium Chloride 1% Solution F F F F F C C F F C A A

Ammonium Dichromate • • • • • B A • A A B •

Ammonium Diphosphate • F • • • B F • • A • A

Ammonium Floride • F B F B F F • F F B A

Ammonium Hydroxide B C B B A A C F B A B B

Ammonium Nitrate Solution F B A B A A B F F B A A

Ammonium Oxalate 5% Solution • • • • • B • • F A B •

Ammonium Persulfate Solution • C B B B B C • F A F A

Ammonium Phosphate B B A A A A B • F A A A

Ammonium Sulfamate B • • • • • • • • • A A

Ammonium Sulfate Solution F B A A A A B • F A A A

Ammonium Sulfide • • A C A C • • • C • F

Ammonium Sulfite • C B B B B C • F B A A

Ammonium Sulphate 1% - 5% • B B B B A B • C A A F

Ammonium Thiocyanate • • • • • B C • C A • A

Ammonium Thiosulfate • • • • • B B • F A A A

Ammonium Thiophosphate • F • • • • F • • • A A

Amyl Acetate (Banana Oil) C C C C C A B B C A F A

Amyl Alcohol B B B B B A B • B A A A

Amyl Borate • • • • • • • • • • • A

Amyl Chloride (Chloropentane) C F C C C B F B C B F A

Amyl Chloranaphthalene • • • • • • • • • • C A

Amyl Naphthalene • • • • • • • • • F A

Amyl Phenol C • B B • • • • • • • A

Anderol L-774 (Di-Ester) • • • • • • • • • • • A

Anderol L-826 (Di-Ester) • • • • • • • • • • F A

Anderol L-829 (Di-Ester) • • • • • • • • • • F A

Anderol ANG-25 (Glyceral Ester) • • • • • • • • • • F A








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Anderol ANG-25 (Di-Ester Base) (TG7449) • • • • • • • • • • F A

Anhydrous Ammonia • B A A A A B • F A B F

Anhydrous Hydrazine • • • • • • • • • • F F

Anhydrous Hydrogen Fluoride • • • • • • • • • • F F

Aniline F C C C C A C F F A F D

Aniline Dyes • • • • • • B • A B F A

Aniline Hydrochloride • F F F F F F • F F F B

Aniline Oil • • • • • B B A A A F C

Aniline Sulfite • • • • • • • • • C • •

Animal Oils (Lard Oil) A B A A A A A • A A A A

Animal Gelatin • • • • • B • • • A B A

AN-0-3 Grade M • • • • • • • • • • B A

AN-0-6 • • • • • • • • • • B A

AN-0-366 • • • • • • • • • • B A

Anisole C • C C C B • • C B • B

Ansul Ether 161 OR 181 • • • • • • • • • • F F

Anthaquinone • • • • • B B • B B F F

Anti-Freeze (Ethylene Glycol) • B B B B B B A B A A A

Antimony Chloride F B B F B F B • F F A A

Antimony Trichloride • B B B B B B • A A • A

AN-VV-0366b Hydr. Fluid • • • • • • • • • • F A

Aqua Regia (20% Nitric, 80% HCL) F F B F B F F F F F F A

Arcenic Chloride F • B F B F • • F F C F

Argon • • B • B B • • • A A A

Aroclor 1248 F F F F F C A • • C F A

Aromatic Fuel 50% • • • • • • B B A C • A

Aromatic Hydrocarbons F F F F F B A B A A F A

F F B C B B F F F B A A

Arsenic Trichloride • • • • • F F • F F B A

Ascorbic Acid • • • • • B A • F A • •

Askarel • • • • • B • • • A C A

Asphalt B B B B B B A A B A B A

Asphalt Emuision • • • • • B B A A A B A

Asphalt Topping F F F F F B A A A A B A

ASTM Oil No.1 • • • • • B A A A A C A

ASTM Oil No.2 • • • • • B A A A A • A








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ASTM Oil No.3 • • • • • B A A A A C A

ASTM Oil No.4 • • • • • B A • A A • A

ASTM Oil B • • • • • B A A A A B A

ASTM Oil C • • • • • B A A A A C A

ASTM Reference Fuel A • • • • • B A A A A B A

Atlantic Domininon F • • • • • • • • • • • A

Aurex 903R (Mobile) • • • • • • • • • • • A

Automatic Transmission Fluid • • • • • B A • A A A A

Aviation Fuel (Avgas) C C C C C B A • C B B A

Bardol B • • • • • • • • • • F A

Barium Carbonate A F A A A A F B A A A A

Barium Chloride Solution F F A F A F F B F F A A

Barium Cyanide F F F F F B C C B A F A

Barium Hydroxide (Barium Hydrate) F F A A A A F F F A A A

Barium Nitrate F B B B B B B F A A A A

Barium Salts F • A B A B • • F B A A

Barium Sulfate F F A A A A F F F A A A

Barium Sulfide F F A B A B F • F B A A

Bayol D • • • • • B • • A A F A

Bayol 35 • • • • • • • • • • F A

Beef Extract • • • • • B • • F A A A

Beer F B A A A A A B F A A A

Beet Sugar Liquids B B B B B B A B A A A A

Benzaldehyde F C C C C A A A F A F F

Benzyl Benzoate F F F F F B A • B B F A

Benzyl Chloride (Chlorotoluene) F F F F F B F • F B F A

Bichloride of Mercury • • • • • • • • • • B A

Biphenyl (Diphenyl) • • • • • • A • A • F A

Bismuth Subcarbonate • • • • • • • • • • • •

Black Point 77 • • • • • B • F • B A A

Black Sulphate Liquor • F B B B B F • B A • B

Blast Furnace Gas • • • • • B B A A A • A

Bleach Solution( 12.5% Chlorine, 87.5% Water) F F B C B B F B F B F B








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Blood (Meat Juices Cold) • B B B B B A • F A F C

Borax (Sodium Borate) A C A A A A C F A A A A

Bordeaux Mixtures • • • • • B F B C A B A

Boric Acid F B A A A A B C F A A A

Boron Fuels (HEF) • • • • • • • • • • C A

Brake Fluid (Non-Petroleum) F F F F F B A • A A F F

Brake Fluid (Petroleum Base) • • • • • A • • A A A F

Brewery Slop • • • • • B • • A A A A

Brine (Calcium Chloride) F C A B A B C B F A A A

Bromine F F B F B F F F F F F A

Bromine - Anhydrous F F F F F F F F F F F A

Bromine - Pentafluroride • • • • • • • • • • F F

Bromine - Trifluroride F F F F F F F • F F F F

Bromine Water • F F F F F F • F F F B

Bromobenzene F F F F F B F • B B F B

Bromochloromethane F F F F F B F • B B • C

Bromochloro Trifluoroethane • • • • • • • • • • • A

Bromotoluene • • • • • • • • • • • B

Bronzing Liquid • • • • • B • • • A • D

Bunker Oil • • • • • B A F A A B A

Butadiene (Monomer) B B B B B B B C B B F B

Butane (LPG) (Butyl Hydride) F F F F F B A A C A A A

Butanol (Butyl Alcohol) B B B B B A A • B A A A

Butter • B B B B B A F • A A A

Buttermilk • B B B B B A F • A A A

Butyl Acetate C C C C C B B B C B F F

Butyl Alcohol (Butanol) A B A A A A A F A A A A

Butyl Amine (Aminobutane) • B B B B B A • A A B D

Butyl Benzene B B B B B B B • B B F A

Butyl Butyrate • • • • • B A • A A • •

Butyl Carbitol Acetate C • C C C B • • C B B A

Butyl Cellosolve • • C C C B • F • A C F

Butyl Chloride (Chlorobutane) B B B B B B B B B B B B

Butyl Ether (DiButyl Ether) F F F F F B A A A A • F

Butyl Oleate • • • • • B B • B B F A

Butyl Stearate • • • • • B B • B B C A








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Butylene (Butene) B B B B B B A A A A B A

Butyraldehyde F F F F F B A • A A D D

Butylamine F B B B B B A A F B C F

Butyric Acid B B B B B A B C B A C C

Butyric Anhydride • • • • • B A • A A F F

Butyronitrile F F • F • F • • F F F F

Cadmium Sulfate (25% Concentration) B • A A A A • • B A B B

Calcium Acetate B F B B B B F A B B F F

Calcium Acid Sulphate • • • • • • • • • • • F

Calcium Alkyl Salicylate F • A A A A • • F A • •

Calcium Bisulfide F F B B B B F F F B B A

Calcium Bisulfite F C B B B B C C F A A A

Calcium Bisulphate • • • • • • • • F A A A

Calcium Carbonate (Chalk) F C A A A A C C F A A A

Calcium Chlorate B B B B B B A F B A B A

Calcium Chloride (Brine) F C A C A C C B F C A A

Calcium Hydrosulfide (Calcium Sulfhydrate) • • • • • B • F • A A A

Calcium Hydroxide F F A A A A F C F A A A

Calcium Hypochlorite F C B C B B C C F B F A

Calcium Nitrate F B A A A A B B F A A A

Calcium Oxide (Unslaked Lime) B B B B B B A • B A B A

Calcium Silicate • F B B B B C C • B B •

Calcium Sulfate (Gypsum) B B B B B B B A A A A A

Calcium Sulfide A B A • A B B • A A A A

Calcium Sulfite • • • • • B B • B A B A

Calcium Thiosulfate • • • • • • • • • • C A

Calgon F • B B B B • C F A A A

Cane Juice B B B B B B B C A A B A

Cane Sugar Liquors • B B B B B B C A A A A

Camphor Oil C C C C C B C C C B B A

Capryl Alcohol (Octanol) C C C C C B A • A A B B

Caprylic Acid (Octanoic acid) A • A A A A • • A A C B

Caproic Aldehyde • • • • • • • • • • • D








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Carbamate • • • • • • • • • • D A

Carbinols B • B B B A • B B A C F

Carbinol Acetate C • C C C B • B C B B B

Carbitol C C C C C B B • C B B B

Carbolic Acid (Phenol) F B A A A A A D F A C A

Carbolic Oils C • C C C B • • C B • •

Carbon Bisulfide F C B B B B C • F B F A

Carbon Dioxide C • B B B B • A C A A B

Carbon Disulfide C • C C C A • • C A F A

Carbon Monoxide F B A A A A A • F A C A

Carbon Tetrachloride C F C C C B F A C B C A

Carbonated Beverages F C B B B B C • F A A A

Carbonic Acid F F A A A A F A F A A A

Casein • • • • • B C C • B • A

Cashew Nutshell Oil B • B B B B • • B B • •

Casing Head Gas • • • • • • • • • • • •

Castor Oil F B B B B B A A F B A A

Caustic Potash (<50%) F • A B A A • • F A A C

Caustic Soda (<50%) F F A B A A F • F A B C

Catsup (Ketchup) F F B B B B F • F A A A

Cellosolve (Glycol Ethers) B • B B B B • B B B F C

Cellosolve, Acetate C C C C C B A • B A F F

Cellosolve, Butyl B B B B B B B A B B F F

Celluguard F • • F • F • F F F • A

Cellutherm 2505A • • • • • • • F • • C A

Cetane (Hexadecane) • • • • • • • • • • B A

Cetyl Acid F • B B B B • • F B • •

China Wood Oil(Tung Oil) B B B B B B A A A A A A

Chloracetaldehyde • • • • • • • • • • F F

Chlorate of Lime • • • • • B • • F A F •

Chlorbenzol (Conc. Pure) • • • • • B A A C A F A

Chlorextol F F F F F B • • • • F A

Chlorinated Lime - 35% (Bleach) • F B A B B F • • A C A

Chlorinated Water - Saturated • • B C B C • • • C C A

Chlorinated Solvents F F B B B B F C F B F A

Chlorine (Dry) F F F F F A B C F A B A








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Chlorine, Wet F F F F F B F • B B F B

Chlorine, Anhydrous Liquid F F F F F F F C F F F •

Chlorine Dioxide F F F F F F • • F F F B

Chlorine Trifluoride F F F F F B F • F A F F

Chloroacetic Acid F F F F F B F • F A C F

Chloroacetone F F F F F B F • B B D B

Chlorobenzene C C C C C A B B C A F A

Chlorobromo Methane F F F F F B F • B B F A

Chlorobutadiene F F F F F B F • B A F A

Chlorodane F F F F F • • • • • D A

Chlorododecane F F F F F • F • F • F A

Chloroform C F C C C A F B C A F A

0 - Chloronaphthalene F F F F F B F • B B F A

1 - Chlorol 1 Nitro Ethane F F F F F • F • • • F F

Chlorosulfonic Acid (Dry) F F C F C F F • F F C C

Chlorosulfonic Acid (Wet) F F C F C F F • F F F F

Chlorotoluene F F F F F B F C B B C •

0 - Chlorphenol • • • • • B C • B B C •

Chrome Alum F C A A A A C C F A A A

Chromic Acid Aqueous F C C C C A C • F A F C

Cider (Apple Juice) F B B B B B A A F A A A

Cinnamon Oil • • • • • • • • F A • A

Citric Acid F B A A A A B C F A B A

Citric Oils F F B B B B F • F A A A

Citrus Pectin Liquor • • • • • B • • • A B C

Clove Oil • • • • • B • • F A A A

Coal Gas • • • • • • • • • • • A

Coal Tar Naptha F B B B B A A A F A A A

Cobalt Chloride F F • • • B F • F B A A

Coca Cola Syrup • • • • • • • • • • B B

Coconut Oil (Coconut Butter) B B C B C B B B A A B B

Cod Liver Oil (Fish Oil) F F F F F B A • F A A A

Coffee • B B B B B A B • A A A








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Coke Oven Gas C C C C C A B • A A D A

Coliche Liquors • • • • • • • • • • B •

Convelex 10 • • • • • • • • • • F A

Coolanol (Monsanto) • • • • • C F • F C B A

Copper Acetate F F C C C C F • F C B F

Copper Chloride F F A F A F F F F F A A

Copper Cyanide F F B B B B F C F A A A

Copper Fluoborate F F B F B F F • F F B A

Copper Nitrate F F A A A A F F F A B A

Copper Sulfate - 5% Solution F F B B B B F C F A B A

Corn Oil B B B B B B B • A A B A

Cottonseed Oil B B B B B B A A A A B A

Creosols F F F F F B B • C A F B

Creosote, Coal Tar F F F F F B B B B A A A

Creosote, Wood F F F F F B • • • B F A

Cresylic Acid (Cresol) C C C C C B C C A A F B

Crotonaldehyde C C C C C B A • C B F F

Crude Oil A B A A A A A B A A A A

Cumene (Isoprophylbenzene) B B B B B A B • B A C A

Cutting Oil (Water Soluble) • • • • • B A • A A C A

Cutting Oil (Sulfur Base) • • • • • B A • A A A A

Cyanic Acid • • • • • B F F A A F F

P-Cymene • • • • • • • • • • F A

Cyclohexane B B B B B B A F B B B A

Cyclohexanol B B B B B B B F B A B A

Cyclohexanone C C C C C B B F B A F F

Cyclohexylamine F B B B B A B B F A C F

Cyclotane B • B B B A • • B A • •

Decalin B B B B B B B A B A F A

Decane • • • • • • • • • • A •

Decanol B • B B B B • • B B B B

Decyl Alcohol (Decanol) B • B B B B • • B B B B

Decylbutyl Phthalate B • B B B B • • B B F C

De-Ionized Water C B B B B B A F C A A A

Degreasing Fluid (Chlorinated) C B B B B B A A C A F A

Denatured Alcohol B B B B B B A A A A A B








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Detergents (2%) A B A A A A A A A A A A

Developing Fluids (Photo) • • • • • • • • F A A A

Dextrose F B B B B B A • F A A A

Dextrin A B A A A A B B A A A A

Dextron • • • • • • • • • • C A

Diacetone Alcohol (Diacetol) B B B B B A A A B A F F

Diaminoethlylamine C • • B B A • • C A • •

Diamylamine C • B B B A • • C A • F

Diazinon • • • • • • • • • • F B

Dibenzyl Ether F F • • • B F F F A F F

Dibenzyl Sebacate • • • • • • • • • • F B

Dibromoethane F • B B B A • • F A F A

Dibromoethyl Benzene • • • • • • • • • • F B

Dibutyl Amine F F F F F • • • • • F F

Dibutyl Ether C B C C C B B B C B F C

Dibutyl Phthalate B B B B B A A • B A F F

Dibutyl Sebacate C • C C C B • • A A F F

Dibutylamine C • B B B A • • C A F F

Dichloroacetic Acid F • C F C F • • F F F C

Dichlorobenzene C F C C C B F • C B F B

Dichlorobutane C F C C C A F • C A F A

Dichloroethane C F C C C B F • C B F A

Dichloroethyl Ether C C C C C A B B C A F C

Dichloro Isopropyl Ether F F F F F • F • • • F C

Dichloroethylene C • C C C B • • C B F A

Dichloropenthane F F F F F • • • • • C A

Dichloropropane C • C C C B • • C B F A

Dichloropropylene C • C C C B • • C B • A

Dicyclohexylamine • • • • • • • • • • C F

Diehylbenzene B • B B B A • • B A • •

Diesel Oil (Fuel ASTM #2) B B B B B B A A B B A A

Di- Ester Lubricant Mil-L-7808 • • • • • B A • A A C A

Di-Ester Synthetic Lubricants • • • • • B A • A A F A








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Diethanol Amine F B A A B A A • A A F F

Diethyl Amine F B B B B A B B F A F F

Diethyl Aniline • • • • • • • • • • C F

Diethyl Benzene F F F F F • • • • • F A

Diethyl Carbonate F F F F F • • • • • F A

Diethyl Ether • • C • C • • C • C F F

Diethyl Phthalate (Dep) • • • • • B A • A A C C

Diethyl Sebacate B B B B B B A • A A B F

Diethyl Sulphate F B B B B A B B F A F D

Diethylaminoethanol C • B B B A • • C A • •

Diethylene Dioxide C B B B B A A A C A F F

Diethylene Ether (Dioxane) • • • • • B A A A A F F

Diethylene Glycol Diethyl Ether B • B B • A • • B A • •

Diethyline Glycol A B A A A A A A A A A A

Diethylene Triamine • • • • • B A A A A F F

Difluorodibromomethane • • • • • • • • • • F F

Diisobutyl Ketone B B B B B A A • B A F F

Diisobutylamine B • B B B B • • B B B A

Diisobutylene C C C C C B B • C B A A

Diisodecyl Adipate (D10A) • • • • • B A • A A • F

Diisodecyl Phthalate (D10P) • • • • • • • • • • F C

Diisooctyl Adipate (D10A) B B B B B A A • B A F C

Diisooctyl Phthalate (D10P) A • A A A A • • A A F B

Diisooctyl Sebacate F F F F F • • • • • F B

Diisopropyl Amine • • • • • • • • • • C •

Diisopropyl Benzene F F F F F • • • • • F A

Diisopropyl Ketone F F F F F B A A A A F F

Diisopropanolamine F • B B B A • • F A B C

Diisopropylether B • B B B A • • B A B B

Dimethylaniline • B B • B • A A • • F C

Dimethyl Ethanolamine F • B B B A • • F A • •

Dimethyl Formamide A B A A A A B B A A C F

Diemethyl Phthalate B B B B B B A • A A F A

Dimethyl Hydrogen Phosphite F • C C C B • • F B • •

Dimethyl Ketone A • A A A A • • A A F F

Dimethyl Phthalate B • B B B A • • B A F C








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Dimethyl Sulphate F • B B B A • • F A F F

Dimethyl Sulphide B • B B B A • • B A F C

Dimethylamine F • B B B A • • F A C F

Dimethylcyclohexylamine F • B B B B • • F B • •

Dinitrobenzene C • C C C A • • C A F A

Dioctyl Amine B • B B B A • • B A B F

Dioctyl Phthalate B • B B B A • • B A F B

Dioctyl Sebacate B • B B B A • • B A F B

Dioxane C B B B B A B B C A F F

Dipentane (Pinene) B B B B B A A A B A C A

Diphenyl Ether B • B B B A • • B A F A

Diphenyl Phthalate B • B B B A • • B A F C

Dipropyl Ketone (Butyrone) • • • • • • • • • • F F

Dipropylamine B • B B B A • • B A • •

Dipropylene Glycol A • A A A A • • A A A A

Dispersing Oil #10 • • • • • B A • A A F C

Disulphuric Acid F • F F F C • • F C • •

Divinyl Benzene (DVB) F F F F F • • • • • F A

Dodecyl Alcohol B • B B B A • • B A A B

Dodecyl Benzene B • B B B B • • B B F A

Dodecyl Phenol B • B B B B • • B B • •

Dodecyltoulene B • B B B B • • B B F A

Dow (Silicones) • B B • B • A • • • A A

Dowtherm A B C B B B B C • B A F A

Dowtherm E • • B B B B • • • • F A

Dry Cleaning Fluid F F F F F B A • A A F A

DTE Light Oil • • B • B • • • • • B A

Emulsifiers F • A A A A • • F A • •

Epichlorohydrin B F B B B A F • B A F F

Epsom Salts (MgSo4) C B B B B B A B C A A A

Esam-6 Fluid • • • • • • • • • • • F

Esstic 42, 43 • • B • B • • • • • A A

Ethane C C C C C B A A A A A A








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Ethanoic Acid F • B B B A • • F A C F

Ethanol (Ethyl Alcohol) A B A A A A B A A A A B

Ethanolamine (Aminoethanol) B B A A A A B • B A B F

Ethanol Chloride • • • • • B A A F A A A

Ethers C C C C C B A B C B F C

Ethoxy Ethanol C • C C C B • • C B A C

Ethoxy Ethyl Acetate C • C C C A • • C A F F

Ethoxy Propanol C • C C C B • • C B • •

Ethyl Acetate C C C C C A A C C A F F

Ethyl Acrylate B C B B B A C B B A F F

Ethyl Alcohol (Ethanol) A B A A A A B A A A A B

Ethyl Aluminum Dichloride F • F F F C • • F C F B

Ethyl Amine (Monoethylamine) C B B B B B B B B A A F

Ethyl Benzene B B B B B A B A B A F A

Ethyl Benzoate C C C C C B A • A A F A

Ethyl Bromide F F F F F B A • A A C A

Ethyl Butyl Acetate • • • • • • • • • • F F

Ethyl Butyl Alcohol • • • • • • • • • • A B

Ethyl Butyl Ketone • • • • • • • • • • F F

Ethyl Butyraldehyde • • • • • • • • • • F F

Ethyl Butyrate C C C C C B B • A A F C

Ethyl Caprylate • • • • • • • • • • F •

Etyl Cellosolve F F F F F B • A A A C F

Ethyl Cellulose B B B B B B B • B B B F

Ethyl Chloride F F F F F B A A F A A A

Ethyl Chlorocarbonate • F • • • • F • A • F A

Ethyl Chloroformate F F F F F • F • • • F A

Ethyl Cyanide (Propionitrile) • • • • • • • • • • F F

Ethyl Cyclohexylamine C • C C C B • • C B • A

Ethylcyclopentane • F • • • A F • B A F •

Ethyl Ether F C C C C A B B F A C F

Ethyl Formate F C B B B A C A F A F F

Ethyl Hexyl Acetate • • • • • • • • • • • F

Ethyl Hexyl Alcohol (Ethylhexanol) F F F F F B A • A A A A

Ethyl Iodide C • C C C B • • C B F B

Ethyl Isobutyl Ether F • B B B A • • F A F •








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Ethyl Isobutryrate • • • • • • • • • • • •

Ethyl Mercaptan (Ethanethiol) B B B B B B A • A B F B

Ethyl Methacrylate C • C C C A • • C A • •

Ethyl Methyl Ketone B • B B B B • • B B F F

Ethyl Oxalate F F F F F F A • F F F B

Ethyl Pentachlorobenzene F F F F F F F • F F F A

Ethyl Phthalate (Diethyl phthalate) A B A A A A A A A A F •

Ethyl Propionate B B B B B B A • A A F •

Ethyl Silicate A B A A A A A A A A B A

Ethyl sulfate (Ethyl Sulphate) (Diethyl Sulfide) B • B B B A • A B A F F

Ethyl Vinyl Ether B • B B B A • • B A • •

Ethylamine C B B B B A B A C A C F

Ethylbenzene B B B B B A B A B A F A

Ethylene (Ethene) C C C C C B A • A A B A

Ethylene Carbonate C • B B B A • • C A • •

Ethylene Chloride C C C C C A C • C A F A

Ethylene Chlorohydrin B B B B B A B B B A F A

Ethylene Cyanhydrin F • C C C A • • F A B A

Ethylene Diamine B B B B B A A A B A A F

Ethylene Dibromide C F B B B A F C C A F B

Ethylene Dichloride C C C C C A B A C A F B

Ethylene Glycol A B A A A A A B A A A A

Ethylene Oxide F C B B B A C C F A F F

Ethylene Trichloride F F F F F B F • A A F A

Ethylhexanoic Acid F • B B B B • • F B • •

Ethylhexyl Acrylate F • B B B A • • F A • F

Ethylhexyl Alcohol (Ethylhexanol) A • A A A A • • A A • •

Ethylidene Chloride (Dichloroethane) C F C C C B F • C B F A

Ethylpropyl Ether (Ethoxypropane) B B B B B A A • B A F C

Ethylpropyl Ketone C • C C C A • • C A F F

Fatty Acids F B A A A A B C F A B A

Fatty Alcohols A • A A A A • B A A • •

Ferric Chloride F B B F B F A C F F A A








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Ferric Hydroxide • • B B B B • • • A B B

Ferric Nitrate C C B B B B C C C A A A

Ferric Sulfate C C B B B B C C C A B A

Ferric Salts F F A B A B F F F B A A

Ferrous Chloride C C B C B C C C C C B A

Ferrous Sulfate (Copperas) C B B B B B A F C A B A

Fish Oil B C B B B B C A A A A A

Fluorboric Acid • • B B B B • B • B C A

Fluorine (Anhydrous) F F F F F C • C C A C B

Fluorobenzene F F F F F B F • • A F A

Fluorocarbon Oil F F F F F B F • A A F •

Fluorochloroethylene • • • • • • • • • • F A

Fluorinated Cyclic Ethers F • • F • F • • F F F A

Fluorolube (Fluoro Carbonoil) F F F F F B A • A A • B

Fluorosulfonic Acid • • • • • • • • • • • •

Fluosilicic Acid (Hydrofl uosilicic Acid) F F B B B A F C F A B A

Formaldehyde Solutions A B A A A A B B A A A A

Formamide (FORMYLAMINE) F B A B A B A A F B A F

Formic Acid F F A B A A F B F A B F

Freon 11 B B B B B B A A A A C B

Freon 12 (Dichlorodifluoromethane) B B B B B B B A B B B B

Freon 13 C F C C C B F • A A C A

Freon 13BI B F B B B B F • A A F A

Freon 14 B F B B B B F • A A A A

Freon 21 B F B B B B F A A A F F

Freon 22 F F B B B B F A F A F F

Freon 31 B F B B B B F • A A F F

Freon 32 • F • • • B F • A A F F

Freon 112 B F B B B B F • A A B A

Freon 113 F F F F F B F • • A F B

Freon 114 B F B B B B F • A A B A

Freon114B2 • F • • • B F • A A • B

Freon 142b • F • • • • F • • • • F

Freon 15 • • • • • • C • • • • •

Freon 152a • F • • • • F • • • • F

Freon 218 • • • • • • F • • • • A








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Freon 502 • F • • • • F • A A • B

Freon, BF B F B B B B F • A A • A

Freon C316 • F • • • B F • A A C A

Freon C318 • F • • • B F • A A C B

Freon K-142B • F • • • B F • A A • F

Freon K-152a • F • • • B F • A A • F

Freon, MF F F F F F B F • A A • B

Freon, PCA • F • • • B F • A A • B

Freon, TF F F F F F B F F A A • B

Freon T-WD602 • F B • B • F • • • • A

Freon TMC • F B • B • F • • • • A

Freon T-P35 • F B • B • F • • • • A

Freon TA • F B • B • F • • • • F

Freon TC • F • • • • F • • • • A

Fruit Juices F B B A B F B B F F A A

Fuel Oils B B B B B A B B B A A A

Fumaric Acid (Boletic Acid) • • • • • B • C A A A A

Fuming Sulphuric Acid (20/50% Oleum) F F F F F B • A • A F A

Furan (Furfuran) F F F F F B A • • A • F

Furfural (Ant Oil) C C C C C B A A C B F F

Furfuryl Alcohol C C C C C B A • C B F F

Furyl Carbinol F F F F F • • • • • F F

Fusel Oil (Grain Oil) • • • • • B A A A A F A

Gallic Acid Solution C B A B B B A C C B B B

Gasoline (Aviation) F F F F F B • • A A F

Gasoline (Leaded) B B B B B B A • A A C A

Gasoline (Unleaded) C C C C C A A A B A C A

Gelatine (aqueous) A B A A A A A A A A A A

Glacial Acetic Acid • • B • B • • • • • F F

Glauber's Salt (Sodium Sulfate Decahydrate) • • • • • B A A A A C A

Gluconic Acid C • A A A A • • C A C A

Glucose (Corn Syrup) A B A A A A A A A A A A

Glue B B B B B B A • A A B








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Glycerine (Glycerol) A B A A A A B B A A A A

Glycolic acid (aqueous) F F A A A A F B F A A A

Glycols (aqueous) A B A A A A A B A A A A

Grape Juice F B B B B B B • F A C A

Grapefruit Oil • • • • • B • • F A A A

Grease (Ester Base) • • • • • B A • A A • A

Grease (Petroleum Base) B B B B B A B C B A A A

Grease (Silicone Base) B B B B B B A C A A A C

Green Sulphate Liquor F B B B B B B • F B B A

Halothane F F F F F • • • • • F A

Halowax Oil • • • • • • • • • • F A

Hannifin Lube A • • B • B • • • • • A A

Heavy Water F F F F F • A • C A A •

HEF - 2 (High Energy Fuel) F F F F F • • • • • B A

Helium B B B B B B A • A A A A

Heptane B B B B B A A A B A A A

N-Hexaldehyde B B B B B B A • A A • F

Heptanol A • A A A A • A A A A B

Heptanone B B B B B A A A B A A A

Heptene C C C C C A A • B A • •

Heptonic Acid F • B B B A • • F A A A

Hexamethylene Diamine F • B B B A • • F A • •

Hexamethylene Tetramine F • B B B A • • F A • •

Hexamethyleneimine F • C C C B • • F B • •

Hexane B • B B B A A B B A A A

Hexanol A B A A A A A A A A A A

Hexene -1/n-Hexene-1 B • B B B B • • B B B A

Hexyl Alcohol F F F F F B A • A A B A

Hexylamine F • B B B A • • F A C F

Hexylene Glycol A A A A A A A • A A A A

Hilo MS #1 • • • • • • • • • • F F

Houghto-Safe 271 (Water &Glycol Base) F F F F F • • • • • • B

620 Water/Glycol F F F F F • • • • • B A

1010, Phosphate Ester F F F F F • • • • • F A

1055, Phosphate Ester F F F F F • • • • • F A

1120, Phosphate F F F F F • • • • • • A








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5040 (Water/Oil Emulsion) F F F F F • • • • • • A

Hydraulic Oils (Petroleum) F F F F F B A • A A A A

Hydraulic Oils (Synthetic) F F F F F B A • A A A A

Hydrazine Hydrate F C B B B A C F F A B F

Hydrobromic Acid F F A F A F F • F F C A

Hydrochloric Acid F C C F C F A F F F F A

Hydroflouric Acid F F C F C F F • F F F A

Hydrofluoisilicic Acid F F A A A A F • F A B A

Hydrogen F F B B B B F • F A A A

Hydrogen Chloride Gas B F B B B B F • A A B A

Hydrogen Cyanide Gas B F A B A B F • B A A A

Hydrogen Fluoride (Anhydrous) B F B B B B F • A A D A

Hydrogen Peroxide Solution F B B B B B A F F B F B

Hydrogen Sulfide (aqueous) F B A F A F B F F F F F

Hydroquinone B B A B B B B • B B F B

Hydroxyacetic Acid • F • • • • F • B B F F

Hydyne (UHDT) • • • • • • • • • • B F

Hypochlorous Acid F F F F F F F • F F F A

Hypoid Grease (Parapoid 10-C) • • • • • • • • • • B C

Ink (Printers) F • • • • • C A F C A A

Iodine Solution F F C F C F • C F F F C

Iodine Pentafluoride F F F F F • A • • • F F

Iodoform • • • • • B B • • A B A

Iron Salts F • A F A A • • F A A A

Isoamyl Acetate C C C C C A A • C A F F

Isoamyl Alcohol B • B B B A • • B A B A

Isoamyl Bromide F • B F B F • • F F F B

Isoamyl Butyrate B B B B B A A • B A F F

Isoamyl Chloride F F C C C B F • F B F B

Isoamyl Ether B B B B B A B A B A F F

Isobutraldehyde F F F F F B • • F B C F

Isobutyl Acetate C • C C C B • • C B F F

Isobutyl Acrylate B • B B B A • A B A • •








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Isobutyl Alcohol A • A A A A • A A A B B

Isobutyl Bromide F • B F B F • A F F F B

Isobutyl Chloride F • B F B F • A F F F B

Isobutyl Ether C • C C C A • A C A F F

Isobutyl Formate C • C C C C • A C C • •

Isobutylamine F • B B B A • A F A F F

Isobutylmethyl Ketone B • B B B A • • B A F F

Isobutyric Acid • • • • • • A • • • F •

Iso-Butyl N-Butane • • • • • • • • • • F B

Isocyanates B • B B B B • • A A C B

Isodecyl Alcohol A • A A A A • • A A A B

Isododecane B • B B B B • • B B A A

Isooctane C • C C C A • A C A A A

Isopentane C • C C C A • • C A A A

Isophorone (Ketone) B B B B B B A • B B F F

Isophorone Diamine F • C C C B • • F B • •

Isophorone Diisocyanate C • C C C B • • C B • •

Isoprene B • B B B A • • B A • •

Isopropanolamine F • B B B A • • F A F F

Isopropanol (Isopropyl Alcohol) A B A A A A A A A A B B

Isopropyl Acetate C F C C C B F A C B F F

Isopropyl Alcohol (Isopropanol) A B A A A A A A A A B B

Isopropyl Amine • • • • • B • A A A • F

Isopropyl Benzene (Cumene) B • B B B B • A B B F A

Isopropyl Chloride F B B F B B A A F B F B

Isopropyl Ether F B B F B A A A F A C F

Isopropyl Toluene B • B B B B • A B B F C

Isovaleraldehyde F • C C C B • • F B • •

Jams B • A A A A • • B A A A

Jet Fuel C C C C C A A A C A A A

JP-1 C C C C C B A A A A C A

JP-2 C C C C C B A A A A C A

JP-3 (Mil-J-5624) C C C C C B A A A A C A

JP-4 (Mil-J-5624)Fuel C C C C C A A A A A A A

JP-5 (Mil-J-5624)Fuel B B B B B A A A A A B A

JP-6 (Mil-J-25656)Fuel C C C C C A A A A A A A








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JP-X(Mil-F-25604) F F F F F B A A A A A A

Kel F Liquids • • • • • • • • • • • B

Kerosene B B B B B A A A B A A A

Ketones B B B B B A A A B A F F

Keystone #87HX-Grease • C C C C B B • • A F F

Lactam-Amino Acids • • • • • • • • • • • F

Lacquer Solvents C C C C C B A • A A F F

Lacquers F F F F F B A • C A F F

Lactic Acid Cold F C A A A A C F F A B A

Lactic Acid Hot F C A B A B C F F B C B

Lactol F F F F F B A • A A • A

Lactose B B B B B B B B • B B B

Lanolin A • A A A A • • A A A A

Lard Oil (Hot) A B A A A A A B A A A A

Latex A B A A A A B • A A A A

Lauryl Alcohol (N-Dodecanol) B B B B B A A • B A A B

Lavender Oil F F F F F • • • • • B A

Lead Acetate F F A A A A F • F A C C

Lead Chloride • F B B B B F • • B • A

Lead Nitrate • F B B B B F • • B A A

Lead Salts F C A B A B C • F B A A

Lead Sulfamate • B B C B C A • • C A A

Lehigh X1169 • • B • B • • • • • • A

Lehigh X1170 • • B • B • • • • • • A

Lemon Oil C C C C C B A • A A B A

Light Grease • • • • • B A • A A • A

Ligroin (Petroleum Ether or Benzine) C F C C C B F • C B A A

Lignin Liquor B B B B B B A • A A B A

Lime B B B B B B A C A A A A

Lime Bleach • F B B B B F • • A A A

Lime Slurries • B B B B B B • • B A F

Lime Sulfur • F B B B • F C • A A A

Limonene B F B B B A F • B A • •








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Lindol, Hydraulic Fluid • • • • • B A • A A F B

Linoleic Acid • B B B B B A C • B C B

Linseed Oil A B A A A A A B A A A A

Liquid Oxygen • • • • • • • • • • F F

Liquid Petroleum Gas (LPG) B B B B B B A A A A A A

Liquimoly • • • • • • • • • • A A

Lithuim Bromide • • B B B B • • • A A A

Lithium Chloride C F B B B B F • C A A A

Lithium Hydroxide • F B B B B F • B B • •

Lubricating Oil Di-Ester B B B B B B A A A A A A

Lubricating Oil Petroleum Base B B B B B A A B B A A A

Lubricating Oil SAE 10,20, 30, 40, 50 B B B B B B A • A A • A

Lye Solutions B B B B B B A • A A B B

Lysol • • • • • • • • • • B •

Magnesium Bisulfite • • B B B B A • A A • A

Magnesium Carbonate B F A A A B F B B A A A

Magnesium Chloride B F A A A B F A B A A A

Magnesium Hydroxide (Milk of Magnesia) A C A A A B C • A A A A

Magnesium Nitrate B B B B B B B • A A F C

Magnesium Oxide • • • • • • B A A A A C

Magnesium Salts F • A B A B • • F B A A

Magnesium Sulfate (Epsom Salts) A B A A A A A B A A • A

Magnesium Sulfite • • A A A A • A • A • A

Malathion • • • • • • • • • • • A

Maleic Acid Solution F B A B A B B B F B F A

Maleic Anhydride Solution F B B B B B B B F B F A

Malic Acid Solution F B B B B B B B F B B A

Manganese Chloride F B B B B B A • F A A F

Mangenese Salts F • A B A B • • F B A A

Malt Beverages F B B B B B A • F A B A

Maple Sugar Liquors (Sucrose) • • • • • • • • • A • A

Mash • • • • • B A A • A A A

Mayonnaise F F B B B B F • F A A A

MCS 312 F F B B B B F • F A F A

MCS 352 • • • • • • • • • • F A

MCS 463 • • • • • • • • • • F F








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Meat Juices F B A A A A B F F A B •

Melamine Resins F • B B B A • F F F C A

Mercaptan • • • • • B A • A A F F

Mercuric Chloride F F A F A F F F F F B A

Mercuric Cyanide F F B B B A F C C A B B

Mercurous Nitrate • F B B B B F F • A B B

Mercury B F B B B B F C B B B A

Mesityl Oxide B B B B B A A A B A F F

Methacrylic Acid F • B B B A • • F A F F

Methane A A A A A A A A A A B A

Methanol (Alcohol, Methyl) B B B B B A B A A A B B

Methaxlene F C B B B B C A F B F •

Methyl Acetate C C C C C A A B C A F F

Methyl Acetoacetate • • • • • C • A A A F F

Methyl Acetone B B B B B A A A B A F F

Methyl Acrylate B • B B B A • B B A F F

Methyl Acrylic Acid F F F F F C • • B A F F

Methyl Alcohol A A A A A A A A A A A C

Methyl Amine B B B B B B A C A A B C

Methyl Amyl Acohol B B B B B B B B A A B C

Methyl Aniline F F F F F B B F A A F B

Methyl Benzoate C C C C C A A C A A F A

Methyl Bromide C F C C C A F C A A B A

Methyl Butyl Ketone F F F F F B A • A A F F

Methyl Butyraldehyde F F F F F B • • F B • •

Methyl Butyrate • • • • • B A • A A • A

Methyl Carbitol A • A A A A • • A A C •

Methyl Carbonate • • • • • • • • • • F A

Methyl Cellosolve B B B B B B A A B B C F

Methyl Cellosolve Acetate C • C C C B • • C B • •

Methyl Cellulose • • • • • • • • • • B F

Methyl Chloride C F C C C A F • C A C A

Methyl Chloroformate • • • • • • F • • • F A








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Methyl Cyanide (Acetonitrile) B B B B B A A • B A C F

Methyl Cyclohexane B B B B B A A A B A F B

Methyl D-Bromide • F • • • • F • • • F A

Methyl Dichloride F F F F F • • • • • F A

Methyl Ether (Dimethyl Ether) • • • • • B B • B B B A

Methyl Ethyl Ketone (MEK) B B B B B B B A A A B F

Methyl Formate C C C C C A C A C A F C

Methyl Hexane • • • • • • • • • • • A

Methyl Iodide • • • • • B A • A A F F

Methyl Isobutyl Ketone C C C C C A B • C A F F

Methyl Methacrylate C C C B C B B • C B F F

Methyl Nitrobenzene B • B B B B • • B B • •

Methyl Oleate • • B B B B • • • A F A

Methyl Pentene B • B B B A • • B A • •

Methyl Salicylate B B B B B B A A A A F B

Methylaceto Acetate F • C C C B • • F B F F

Methylamine C B B B B B A F C B B F

Methylamly Ketone B • B B B A • • B A • •

Methylamyl Acetate C • C C C A • • C A C C

Methylamyl Alcohol B • B B B A • • B A • •

Methylbutyl Alcohol A • A A A A • • A A • •

Methylbutyl Ketone (MBK) B • B B B A • • B A • •

Methylene Bromide C • C C C A • • C A B C

Methylene Chloride C C C C C B C B C B F C

Methylene Dichloride • F • • • B F A A A F B

Methylethyl Ketone C • C C C A • • C A F F

Methylethyl Pyridine C • C C C B • • C B • •

Methylheptyl Ketone F • B B B B • • F B • •

Methylstyrene B • B B B A • • B A • •

Methylter-Butyl Ether (MTBE) C • C C C A • • C A F F

Milk F B B B B B A B F A A A

Mine Water F B B B B A A F A A B

Mineral Oil B B B B B A A B B A A A

Mineral Spirits B B B B B A A B B A A A

MLO-7277 Hydr. • • • • • • A • A A C A

MLO-75557 • • • • • • A • A A C A








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MLO-8200 Hydr. • • • • • • A • A A B A

MLO-8515 • • • • • • A • A A B A

Molasses Crude A B A A A A B A A A A A

Molasses Edible A B A A A A A A A A A A

Monochloracetic Acid C C B C B C C C C C C C

Monochlorobenzene C F B B B B F A C B F B

Monochlorodifluoro Methane B F B B B B F • A A F A

Monoethanolamine (MEA) D D B D D A B A B A B C

Monoethylamine (Ethyl Amine) C • B B B A • • C A F •

Monomethylaniline • • • • • • • • • • F B

Monomethylether (Methyl Ether) • • • • • B B • B B B A

Monomethyl Hydrazine • • • • • • • • A • B F

Monoisopropanolamine F • B B B B • • F B B F

Monoitrobenzene & Dicitrotoluene B • B B B A • • B A • •

Morpholine C B B B B A B B C A F B

Muriatic Acid (10-20% HCL) F F • F • F F C F F • •

Mustard B B B A B A B A B A A A

Naptha B B B B B A A B B A A A

Naptha-Coal Tar (Benzol) C C C C C B A • B A F A

Naptha Solvent C • C C C A • • C A A A

Napthalene (Tar Camphor) A B A A A A B B A A F A

Napthenic Acid • • • • • B A • B A B A

Natural Gas B B B B B B A A A A B B

Neatsfoot Oil • • • • • B A • A A A A

Neohexane B • B B B B • • B B A A

Neosol • • • • • B B • B A A F

Neville Acid • • • • • • • • • • F B

Nickel Acetate (Diacetate) A B A A A A B A A A B F

Nickel Ammonium Sulfate F F B B A A F F F A C A

Nickel Chloride F F A C A B F F F B A A

Nickel Nitrate C F A B A B F • C B B A

Nickel Salts F • A B A B • • F B A A

Nickel Sulfate F F B B B B F F F B A A








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Nicotine B B B B B B B • B A A A

Nicotinic Acid C B A B A B B B C B A •

Niter Cake • • • • • • • F • A A F

Nitrana (Ammonia Fertilizer) • • • • • • • • • A B F

Nitric Acid (>60%) F F F F F C B F F C F C

Nitric Acid (10%) F F A A A A F F F A F C

Nitric Acid (60%) F F C C C C F F F C F C

Nitrobenzene B C B B B A C F B A F B

Nitrogen A A A A A A A A A A A A

Nitrogen Textroxide F F F F F B F • F A F F

Nitroglycerine F F F F F B A • • A • A

Nitromethane B B B B B B A • A A F F

Nitropropane C C C C C A A • C A F F

Nitrous Acid F F B B B B F C F B F B

Nitrous Oxide F F F F F B B B B B B B

Nitrotoluene B • B B B A • • B A C C

Nonane B • B B B A • • B A A A

Nonyl Alcohol B • B B B A • • B A A B

Nonyl Phenol C • B B B A • • C A • •

Octachloro Toluene F F F F F • F • • • F A

Octadecane • • • • • • • • • • • A

Octane B • B B B A • • B A A A

Octanol B • B B B A • • B A B A

Octyl Acetate C C C C C A A • C A F F

Octyl Acrylate B • B B B A • • B A • •

Octyl Alcohol • • • • • B A B A A B B

Octyl Carbinol B • B B • A • • B A A B

Oils & Fats B B C B C A B • B A B •

Oils Animal A B C A C A A A A A A A

Oils Petroleum Refined A B C A C A A B A A A A

Oils Petroleum Crude A C C A C A A C B A B A

Oils Water Mixture B B C A C A A A B A A A

Oleic Acid (Red Oil) F B B B B A B B F A B C

Oleum (Triolein) F B F F F B B C F B F F

Oleum (Fuming Sulfuric Acid) F F F F F B A • • A F F

Oleum Spirits F F F F F B F • F A F A








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Olive Oil B B A A A A B C B A A A

O-Nitrophenol Solution F • A A A A • • F A C F

Oronite 8200 • • • • • • • • • • • A

Oronite 9515 • • • • • • • • • • • •

Orthochloro Ethyl Benzene • • • • • • • • • • F A

Ortho-Dichlorobenzene • • • • • B B B B B • A

OS 45 Type 111 (OS45) • • • • • • • • • • • A

OS 45 Type IV (OS45-1) • • • • • • • • • • • A

OS 70 • • • • • • • • • • • A

Oxalic Acid F B B B B A B C F A B A

Oxygen A A A A A A A A A A B A

Ozone (wet) F B B B B A B A F A C A

Paint Thinner, Duco F F F F F A B • B A F B

Palmitic Acid • B A A A A B B • A F A

Palm Oil B B B B B A A B B A A A

Paper Pulp • F • • • A D B • A B B

Para-Dichlorobenzene • • • • • B A • • A • A

Parrafi n Wax A B A A A A A A A A A A

Paraformaldehyde • • • • • • A • A A B •

Paraldehyde • • • • • B A • A A • F

Peanut Oil F F F F F B A A A A A A

Pentachloroethane (Pentalin) F F F F F B A • A A F A

Pentachlorophenol (PCP) • • • • • B A • A A C A

Pentane B B B B A A A A B A A A

Pentanol A • A A A A • • A A A B

Pentanone B • B B B A • • B A F F

Pentene B • B B B A • • B A B A

Peppermint Oil F F F F F B F A • A F A

Perchloric Acid F F B F B B F • F B F A

Perchloroethylene (Tetrachloroethylene) C C C C C A C B C A C A

Permachlor (Degreasing Fluid) • • • • • B A • A A C

Petrolatum (Vaselien Petroleum Jelly) A B A A A A B B C A A A

Petroleum A • A A A A • • A A A A








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Petroleum Ether C • C C C A • • C A A A

Petroleum Naptha C • C C C A • • C A A A

Petroleum Oils (Refined) B B B B B A A A A A B B

Petroleum Oils (Sour) B B B B B A A F B A B B

Petroleum Oil, Crude B B B B B A A • B A B A

Phenol B A A A A A A B B A F A

Phenol Sulfonic Acid • • • • • B • • B B • F

Phenoxyethanol C • C C C B • • C B • •

Phenyl Acetate • • • • • • • • • • F F

Phenylbenzene • • • • • • • • • • F A

Phenyl Hydrazine F C C C C B A • F B • A

Phorone(Diisopropylidene Acetone) • • • • • • • • • • • F

Phosphate Esters • • • • • • • • • • • F

Phosphoric Acid 20% F F A A A A F C F A C A

Phosphoric Acid 40-100% Solution • F • • • • F C F B • •

Phosphorus F • F F F F • • F F • •

Phosphorus Oxychlroride F • C F C F • • F F F A

Phosphorus Pentoxide F • A B A B • • F B • •

Phosphorus Trichloride F F B A B A F • F A F A

Photographic Developer F C B B B B C • F A B A

Phthalic Acid F B B B B B B B F B • •

Phthalic Anyhydride F F F F F F B B F F • •

Pickling Solution • • B B B B • • A A • •

Picric Acid F C B B B B C C F B C C

Pine Oil B B B B B A B B B A C B

Pinene B • B B B A • • B A A A

Piperidine • • • • • • • • • • • F

Pitch • • • • • • • • • • • •

Plasticisers B • B B B A • • B A • •

Plating Solutions

Antimony B B B B B B A • A A B A

Arsenic B B B B B B A • A A B A

Brass B B B B B B A • A A B A

Bronze B B B B B B A • A A B A

Cadnium F B B B B B A • F A B A

Chrome F B B C B C A • F C F B








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Copper F B B B B B A • F A B A

Gold • • B C B C • • • C B A

Indium • • B C B C • • • C B A

Iron • • B C B C • • • C B A

Lead • • B C B C • • • C C A

Nickel • • B C B C • • • C B A

Nickel Electroless 200°F F F F F F • • • • • B A

Silver • B B B B B A • • A B A

Tin • • B C B C • • • C B A

Zinc - Acid Chloride 140°F • • B F B F • • • F B A

Zinc - Acid Fluoborate Bath R.T. • • B C B C • • • C B A

Zinc - Alkaline Cyanide Bath R.T. • • B B B B • • • A B A

Polyethylene Glycol B • B B B A • • B A A A

Polyethylene Polyamines F • C C C A • • F A A A

Polypropylene Glycol B • B B B A • • B A A A

Polyvinyl Acetate Emulsion B • B B B B • B B A B F

Potassium Acetate A F B B B B F • A A B F

Potassium Bicarbonate B C B B B B C • B B A A

Potassium Bisulfite B • B B B B • B A A A A

Potassium Bromide F C B B B B C • F B A A

Potassium Carbonate (Potash) C F B B B B F B C B A A

Potassium Chlorate C B B B B B B B C B A A

Potassium Chloride B F B B B B F B A A A A

Potassium Chromate B B B B B B B A B B A A

Potassium Cupro Cyanide • • • • • • • • • • A A

Potassium Cyanide B F B B B B F C B B A A

Potassium Dichromate B B B B B B B B B B A A

Potassium Ferricyanide C B B B B B B C C B A A

Potassium Hydroxide(Caustic Potash)(Lye) B F B B B B F C B A A B

Potassium Hypochlorite B F B B B B F C B B B F

Potassium Iodide B B B B B B B B A A B A

Potassium Nitrate B B B B B B B A B B A A

Potassium Permanganate B B B B B B B B B B F A








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Potassium Phosphate F F B B B B F • F B B A

Potassium Salts F • A B A A • • F A A A

Potassium Sulfate B C B B B B C A A A A A

Potassium Sulfide B F B B B B F C B B A A

Potassium Sulfite B B B B B B A B A A A A

Potassium Triphosphate • F • • • • F • A A A •

PRL-High Temp. Hydr. Oil • • • • • B A • A A B A

Producer Gas B B B B B B A • A A A A

Propane Gas C C C C C B A A A A A A

Propane Gas (Liquified) (LPG) B B B B B B A A A A A A

Propane Propionitrile • • • • • • • • • • • A

Propionaldehyde (Propanol) F C C C C A A • F A A A

Propionic Acid F B B B B A B • F A C F

Propionic Anhydride F • C C C B • • F B • •

Propionitrile C • C C C C • • C C F F

Propyl Acetate C • C C C A • • C A F F

Propyl Alcohol A • A A A A • • A A A A

Propylamine F • B B B A • • F A C F

Propylene B B B B B B A • A A • A

Propylene Dichloride F F F F F B F • A A F A

Propylene Glycol A A A A A A A B A A A A

Propylene Oxide F B B B B B B • F B F F

Propyl Nitrate C C C C C B B • B A F F

Prussic Acid F • A A A A • • F A • •

Pydraul • • • • • • • • A A F F

Pyranol, Transformer Oil • • • • • B A • A A B A

Pyridine F • B B B A • • F A F F

Pyrogallic Acid (Pyrogallol) F B B B B B A • F A • A

Pyroligneous Acid F B B B B B B • F A F F

Pyrolube • • • • • • • • • • F A

Pyrosulphuric Acid F F F F F B • • F B C C

Pyrrole • • • • • • • • • • F F

Quarternary Ammonium Salts • • • • • B • • F A • B

Quench Oil • • • • • A A B B A A A

Quinine Bisulphate (Dry) F F F F F B F • F B F A

Quinine Sulphate (Dry) F F F F F B F • F A F A








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Radiation • • • • • • • • • • C D

Rape Seed Oil • • • • • • • • A A C A

Red Line 100 Oil • • • • • • • • • • C A

RJ-1 (Mil-F-25558) • • • • • • • • • • A

RP-1 (Mil-R-25576)Fuel • • • • • A A A A A B A

Rose Oil • • • • • • • • • • • A

Rosins F B B B B B A • F A B A

Rosin Paper Mill F B B B B B A • F A • A

Rotenone • • • • • • • • • • • A

Rum • • B B B B • • • A A A

Rust Inhibitors C • B B B B • • C A A A

Sal Ammoniac F F B B B B F • F A • A

Sal Soda • • • • • B F • A A A A

Salad Dressing F B B B B B B • F A • A

Salicylic Acid B B B B B B B • A B • A

Santo Safe 300 • • • • • B A • A A F A

Salt Solution F C A B A A C C F A A A

Sea Water F C A B A B C C F B A A

Sesame Seed Oil B • B B B B • • A A • A

Sewage F C B B B B C C F B A A

Shellac B B B B B B A • A A B B

Silicate Esters B B B B B B A • A A B A

Silicone Greases B B B B B B B • A A B B

Silicon Oil A B A A A A B B A A A A

Silicon Tetrachloride Wet • • • • • • F • F A • •

Silver Bromide F F • F • F F • F F • A

Silver Chloride F B B B B B A • F A • •

Silver Cyanide F F A A A A F • A A B B

Silver Halides F • A F A F • • F F C C

Silver Nitrate • • B B B B • • • B A A

Silver Salts F • A B A B • • F B A A

Skydrol 500 • • • • • B A • A A F F

Skydrol 7000 • • • • • B A • A A F B








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Soap Solution B • A A A A • • B A A A

Sodium Acid Sulfate B • B B B B • • A A A A

Sodium Aluminate B • B B B A • • A A B B

Sodium Aluminium Sulfate • • • • • • • • • • A A

Sodium Bicarbonate A • A A A A • • A A B A

Sodium Bichromate (Sodium Dichromate) B • B B B B • • A B B A

Sodium Bisulfate A • A A A A • • A A A A

Sodium Bisulfite A • A A A A • • A A A A

Sodium Borate (Borax) A • A A A A • • A A B A

Sodium Bromide C F B C B C F • C C F B

Sodium Carbonate (Soda Ash) B F A A A A F • B A B A

Sodium Chlorate B C B C B B C • B B F B

Sodium Chloride F B A F A F B B F F A A

Sodium Chromate B B B B B B B • A B B B

Sodium Citrate • F • • • • F • • B F A

Sodium Cyanide A F A B A B F • A B B A

Sodium Dichromate F F B F B F F • F F F C

Sodium Ferricyanide • A A B A B A • • B B B

Sodium Fluoride C B A F A F B • B F B B

Sodium Hydrosulfate • • • • • • • • • • • •

Sodium Hydrosulfide F • A B A B • • F B C B

Sodium Hydroxide F F A B A B F • F B C C

Sodium Hypochlorite F B C F C F B • F F F A

Sodium Metasilicate A F A A A A F • A A A A

Sodium Nitrate B B A B A B B • B B B A

Sodium Perborate B C A A A A C • B A B A

Sodium Peroxide (Sodium Dioxide) C C B B B B C • C A B A

Sodium Phosphate C F A B A B F C C B B A

Sodium Phosphate Alkaline (Mono) A • A A A A • • A A B A

Sodium Phosphate (Dibasic) F F B B B B F • F A B A

Sodium Phosphate (Tribasic) B • A B A B • • B B B A

Sodium Tetraborate • C B B B B C • • A B B

Sodium Tetraphosphate • • • • • • • • • • • •

Sodium Thiosulfate (Antichlor) F • A B A B • • F B A A

Sodium Triphosphate B C B B B B B • C A • A

Sorghum • • • • • • • • A A B B








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Soybean Oil • • • • • A B B C A A A

Soy Sauce F B B B B B A • F A B B

Spelly, Solvent B,C,E • • • • • • • • • • • A

Sperm Oil (Whale Oil) • • • • • • • • • • •

Spry • • • • • • • • • • • A

SR-6 Fuel • • • • • • • • • • • A

SR-10 Fuel • • • • • • • • • • • A

Stannic Chloride F F B F B F F • F F A A

Stannic Fluorborate • • • • • • • • • • • •

Stannous Chloride • F A A A A F • • A B B

Starch(aqueous) B B A A A A B B B A A A

Steam (212°F, 100°C) A B A A A A A A F C

Stearic Acid C B B B B A B • C A B B

Stoddard Solvent (Dry Cleaning Solvent) C C C C C A A • A A A A

Styrene (Vinyl Benzene) F F F F F A A • A A F B

Sucrose Solutions (Sugar) • A A A A A A • • A B A

Styrene Monomer B B B B B A A A B A F A

Sugar Syrup A B A A A A B B A A A A

Sulfate Black Liquor • F B B B B F • • B B A

Sulfate Green Liqour • F B B B B F • • B B A

Sulfite Liquor • F • • • B F • • B B A

Sulfur • • • • • A A • • A • A

Sulfur Chloride F F F F F C F • F C F B

Sulfur Dioxide (wet) • B B B B A B • • A F B

Sulfur Hexafluoride • • • • • B F G F A C C

Sulfur Trioxide F F F F F B A • • A F F

Sulfuric Acid -Dilute C F C C C C F B A C F A

Sulfuric Acid - (To 10%) C F A B A B F C C B B A

Sulfuric Acid - (To 75%) F F B F B F F C F F B A

Concentrated F F F F F B F C F A F A

(Fuming) Oleum F F F F F B F C • B F A

Sulfurous Acid • B A B A B B C • B F A

Sulphamic Acid F • A A A A • • F A B C








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Sulpher Dioxide F • C C C C • • F C C A

Sulpher Liquid F • F F F F • • F F B A

Sulphuric Acid (<20%) F C B C B B C C F B B A

Sulphuric Acid (>85%) F F C C C B F C F B F A

Sulphuric Acid (20%-80%) F C B F B C C C F C F A

Sulphurous Acid F C B B B B C D F B C A

Sulphuryl Chloride F • F F F F • • F F C A

Sunsafe (Fire Resist. Hydr. Fluid) • • • • • A A • A A B A

Syrup • A A A A A A • • A B B

Tall Oil A C A A A A C B A A A A

Tallow A A A A A A A • A A A A

Tannic Acid F C A A A A C • F A C A

Tanning Oils • B B B B A A • • A B B

Tar and Tar Oil F B B B B A A B A A F A

Tar, Bituminous • • B B B A A • • A B A

Tartaric Acid F B A B A A B B F A C A

Terpene Monocylic • • • • • A A • A A B A

Terpineol • • • • • • • • • • • •

Tertiary Butyl Alcohol • • B • B • • • • • F B

P-Tertiary Butyl Catechol • • • • • • • • B A • A

Tertiary Butyl Mercaptan • • • • • • • • • • • •

Tetra Bromoethane • • • • • • • • • • • A

Tetrabutyl Titanate • • • • • • • • • • • •

Tetrachlorodifluorethane • • • • • • • • • • • •

Tetrachloroethane C • C C C A • • C A F A

Tetrachloroethylene C • C C C A • • C A F A

Tetraethyl Lead B B B B B B B • A A B A

Tetraethylene Glycol B • B B B A • • B A A A

Tetrahydrofuran F • C B C A • • F A F F

Thiophene (Thiofuran) • • • • • • • • • • F F

Tin Halides F • A F A F • • F F A A

Tin Salts F F A F A F F • F F A A

Tin Tetrachloride F F B F B F F • F F A •

Titanium Tetrachloride F F C F C F F C F F B A

Toluene C C C C C A A A C A C A

Touluene Diisocyanate (Hylene) B • B B B A • • B A C C








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Toluidine B B B B B B A • A A • B

Tomato Pulp & Juice B B B B B B A • A A A A

Transformer Oils B B B B B B A • A A • A

Transmission Fluid, Type A B B B B B A A • B A B A

Triacetin F F F F F • B • • • • F

Triaryl Phosphate F F F F F B • • A A • A

Tributoxyl Ethyl Phosphate • • • • • • • • • • F A

Tributyl Mercaptan • • • • • • • • • • • A

Tributyl Phosphate B B B B B A A A B A F F

Tributylamine B B B B B A A B B A B F

Trichloroacetic Acid F F A B A B F B F B C F

Trichlorobenzene F • C C C A • • F A F B

Trichloroethane C F C C C A F • C A F A

Trichloropropance (Triad) C • C C C A • • C A F A

Trichloromonofluoroethane (Freon 17) • F • • • • F • A A F •

Trichloropropane B F B • B B F • A A • A

Trichlorotrifluoroethane (Freon 113) F F F F F B F • • A F B

Tricresyl Phosphate B F B B B A F • B A F A

Tridecanol B • B B B A • • B A A B

Tridecyl Alcohol (Tridecanol) B • B B B A • • B A A B

Triethanol Amine (TEA) F F F F F B A • A A • F

Triethanolamine'Triethyl Aluminium (ATE) F F F F F B • • A A F B

Triethylamine F • B B B B • • F B A F

Triethylbenzene B • B B B A • • B A • •

Triethyl Borane F F F F F • • • • • • A

Triethylene Glycol (TEG) A • A A A A • • A A A A

Triethylene Tetramine F • B B B A • • F A • •

Trifluoroethane • F • • • • F • • • • A

Trimethyl Acetic Acid F • A A A A • • F A • •

Trimethyl Benzene B • B B B A • • B A B A

Trinitrotoluene (TNT) • • • • • • F • • • F B

Trioctyl Phosphate C • C C C A • • B A F B

Trithanolamine F • B B B A • • F A • •








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Triphenyl Phosphate • • • • • B A • A A A C

Trisodium Phosphate • F B B B B F • • B A A

Tritolyl Phosphate B • B B B A • • B A F A

Tung Oil C C C C C B A B A A A A

Turbine Oil B B B B B B A • B A A A

Turbine Oil #15 (Mil -L-7808A) F F F F F B A • B A A A

Turbo Oil #35 B B B B B B A • B A B A

Turpentine C C C C C A B B C A B A

Type 1 Fuel (Mil-S-3136) C C C C C A A • C A B A

Type 11 Fuel (Mil-S-3136) C C C C C A A • C A A F

Type 111 (Fuel Mil-S-3136) (ASTM ref. Fuel B) C C C C C A A • C A A A

Univis 40 (Hydr. Fluid) B B B B B B A • A A • A

Univolt #35 (Mineral Oil) • • B • B • • • • • • A

Unsymmetrical Dimethyl Hydrazine (UDMH) B B B B B B B • A A B F

Urea/AmmoniumSalt Solution B B A B A B B C B B B A

Uric Acid F F F F F B F A F A • A

Urine B B B B B B A • A A A A

Valeraldehyde C • C C C A • A C A C F

Valeric Acid • • • • • B A A A • A

Vanilla Extract • • B B B B • • • A • F

Varnish B B B B B B A A A A B A

Vasoline (Petroleum Jelly) A • A A A A • A A A A A

Vegetable Juices • • • • • B F A F A A F

Vegetable Oil B B B B B B A C A A A A

Versilube B B B B B B A • A A • A

Versilube F-50 B B B B B B A • A A • A

Vinegar F C A A A A C B F A C A

Water, Acid Mine F F B B B B F C F B B A

Water, Fresh F B B B B B A A F A A A

Water, Distilled F B B B B B B A F A A A

Water, Salt F B B B B B B A F B B A

Water-Brine, Process, Beverage F B B B B B B A F B B A

Waxes • B B B B B A A • A F A

Wemco C • • B • B • • • • • • A

Whey • B B B B B B • • A A A

Whiskey and Wines F C B B B A C C F A A A








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White Pine Oil • • • • • • • • • • B A

White Oil • • B B B B • • • A • A

White Spirits B B B B B B A • B B A A

Wine F C B B B A C C F A A A

Wolmar Salt • • B • B • • • • • • A

Wood Alcohol F F F F F B A • A A A F

Wood Oil C C C C C B A • A A • B

Wort, Distillery • • • • • B A • B A • A

Xylene/Xylenol (Xylol) B B B B B A A A B A C A

Yeast(aqueous) F • C C C A • • F A A A

Zeolites • F • • • B F F A A A A

Zinc Acetate C C C C C B C C C A C F

Zinc Carbonate B B B B B B B B B B B A

Zinc Chloride F F B B B B F C F B A A

Zinc Halides F • A F A F F • F F A A

Zinc Hydrosulphite F F • • • B F C F A A C

Zinc Salts F B A B A B A • F B A A

Zinc Sulfate F F B B B B F C F A B A









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Unit 2/163 Prospect Highway, Seven Hills, NSW, 2147Phone: 02 9838 9599 Fax: 02 9838 9611

Email: admin@convolutedtechnologies.com.auwww.convolutedtechnologies.com.au

Customer: ___________________________________________Contact: ___________________________ Date: ____________

Phone: ____________________ Fax: ____________________ Email: _____________________________________________

Specification Information: ______________________________Request Quote (or) ____________________________________

Place Order P.O.# _____________________________________ Quantity: ________Date Required: ______________________

Hose (type and diameter): _________________________________________________________________________________

Length (mm): ______________________________________________ (Overall Length/Live Length)

End Fittings (type and size for both ends)

End #1: Size: ___________ Type: _______________________Material: ___________________________________________

End #2: Size: ___________ Type: _______________________Material: ___________________________________________

Special Fabrication: ______________________________________________________________________________________

Accessories: ____________________________________________________________________________________________

Application Information. Please provide the following information.

Application Drawing: (sketch the installation and include all dimensions and motions of hose during application)

Size (inches): _______ (in the event the fittings or hose have different sizes, include all sizes and show on the application drawing).

Temperature: Media: Min. ____°C Max: ___ °C Environment: Min. ____°C Max. _____°C (assumption is 20°C for all)

Media: ____________________________________________ (assumption is the media is compatible with all available materials)

Max. Pressure (bar): ___________________ Fluctuations (None/Pulsating/Shock): (assumption is nominal pressure, no fluctuations)

Max. Velocity: ____________________________________(feet/second): (assumption is velocity is too slow to affect performance)

Type of Motion (from drawing above): ___________________________________(Static/Constant/Vibration) (assumption is static)

Instructions: To place an order or request a quotation, please complete this form. If you need assistance in specifying an assembly, complete the Application Information Grid shown below as well as the ‘End Fittings’ section below. When completed, fax this form to your nearest distributor.

Composite Hose Enquiry & Design - Specification Sheet

Documents

Hose Assemblies - Convoluted Technologies€¦ · Composite Hose Assemblies Features • Flexible • High Quality • Light Weight • Electrical Continuity • Excellent Chemical