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5/22/2018 Morgan Catalogue
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E6P%6$ D""B$6 - 2011/12
I n su l a t i ng Our Wor ld
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02
I n su l a t i ng Our Wor ld
Morgan Thermal Ceramics solutions
Morgan Thermal Ceramics world leading products offer a diverse, strongly branded product range that combines quality with
consistency and reliability. Morgan Thermal Ceramics leads the way in bringing technical solutions to all problems of heat containment.
Morgan Thermal Ceramics supply optimum engineered insulation solutions to a diverse range of markets and end users;we are the market leaders in core products of insulating fibres, insulating fire bricks and monolithics. Our aim is to provide
not only the products, but engineered solutions which satisfy your needs.
Superwool fibre products - Superwool fibre meets the requirements requested under NOTA Q of European Directive
67/548. All Superwool fibre products are exonerated from classification & labelling regulation in Europe. Superwool
fibre products are special alkaline earth silicate (AES) fibres that have been uniquely engineered to offer advantages in high
temperature insulation applications.
Blanket products - These highly versatile Superwool fibre and refractory ceramic fibre products are lightweight, have low
thermal conductivity, low heat storage and excellent resistance to thermal shock. They are available in a variety of densities,
thicknesses and temperature capabilities.
Bulk products -A complete line of Superwool fibre and refractory ceramic bulk fibres each of which offers its own unique
combination of properties. These bulk fibres are produced by varying composition, fibre length, compressed density, fibre
content, fibre diameter and lubricity, available in chopped, un-chopped, lubricated and non-lubricated.
Module, Log, and Block products -A unique solution to high temperature insulation needs in industrial heaters, boilers and
furnaces as well as many other applications. These are easy-to-install, high-temperature, Superwool fibre and refractory
ceramic fibre module systems featuring Pyro-Bloc, Pyro-Fold and Pyro-Stack design. Pyro-Bloc is proven monolithic
furnace insulation that installs faster than any other ceramic fibre module on the market.
Vacuum Formed and Shape products - Fibre board and shape products have been engineered to meet a wide range of
temperature requirements. They offer good strength and low thermal conductivity values.
Paper and Felt products - Thin sheet products including millboard, paper, and felt are suitable for a variety of insulation
and filtration applications. Many special grades offer properties such as no binder outgassing, low shot content and high
strength.
Fire protection products - Our FireMaster brand of fire protection products are high performance materials that provide
high quality, cost-effective fire-safe solutions that do not age, ensuring reliable fire protection when needed.
Textiles - Textile products are made from highly textured forms of various fibres in both Superwool fibre and refractory
ceramic fibre. Yarn made from Superwool fibre bulk and organic binders is converted into a wide variety of woven textile
forms including cloth, ropes, packing and sleeving.
Mastics - Mastic insulation from Morgan Thermal Ceramics complement our full line of refractory and insulation products.
This extensive offering includes pumpables, mouldable, cements, and coatings, and is manufactured specifically to aid inefficient furnace, kiln, and boiler operations.
Silicon Carbide products - Silicon Carbide displays excellent performance in highly abrasive applications. We produce
two main forms of Silicon Carbide - self bonded and nitride bonded.
Insulating Fire Brick and Mortar - JM, K, TC and TJM insulating fire bricks offer superior insulating properties,
minimising energy use, combined with the ability to withstand chemical attack and high heat conditions. Both wet and dry
mortars are available that are matched for use with the Morgan Thermal Ceramics IFB range.
Insulating, Dense and Special Duty Monolithics - Tri-Mor Monolithics offer a full range of products for applications
requiring high resistance to corrosion, abrasion and reducing atmospheres. They are particularly suited to applications where
fast turn around of installation and repairs is important.
Fired Refractory Shapes - Individually crafted fired shapes hold up under harsh conditions. With various alumina-silica,
high alumina, alumina-silica-zirconia, magnesia, zirconia, mullite, silicon carbide and fused silica compositions, these materials
offer excellent hot strengths and resistance to thermal shock and molten metals.
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03
C+*/"*/.
Sec+"'& 1 Blanket products page 05
Sec+"'& 2 Bulk products page 11
Sec+"'& 3 Module, Log and Block products page 17
Sec+"'& 4 Board products page 25
Sec+"'& 4 OEM/Domestic Board products page 28
Sec+"'& 5 Vacuum Formed and Shape products page 31
Sec+"'& 6 Paper products page 37
Sec+"'& 7 Felt products page 43
Sec+"'&8 Textile products
page 49Sec+"'& 9 Silicon Carbide products page 53
Sec+"'& 10 Mortar, Cements and Mastic products page 59
Sec+"'& 11 Insulating Fire Brick products page 65
Sec+"'& 12 Monolithics products: Tri-Mor page 71
Sec+"'& 13 Fire protection products: FireMaster page 95
Sec+"'& 14 Fired Refractory Shapes page 101
Conversion tables page 108
Definitions explained page 110
Data Sheet Codes:For more information on our products, please refer to the Technical Data Sheet section on our website www.morganthermalceramics.comEnter the reference code indicated i.e. 11-4-01 or the product name reference i.e. Superwool 607 HT Blanket.
Material Safety Data Sheet (MSDS):
Are available for all our products. Please refer to the MSDS information section on our website www.morganthermalceramics.com
Superwoolis a low biopersistent material
RCF is a refractory ceramic fibre material
The values given herein are TYPICAL AVERAGE VALUES obtained in accordance with accepted test methods and are subject tonormal manufacturing variations.
Actual use limit depends on application, construction, fibre thermal stability, anchoring system, etc.
They are supplied as a technical service and are subject to change without notice.
Therefore, the data contained herein should not be used for specification purposes.
Check with your Morgan Thermal Ceramics office to obtain current information, or visit us on line atwww.morganthermalceramics.com
SUPERWOOL is a patented technology for high temperature insulation wools which have been developed to have a low bio persistence (information upon request). This product may be
covered by one or more of the following patents, or their foreign equivalents:
SUPERWOOL PLUS products are covered by patent numbers: US5714421, US5994247, US6180546, US7259118, and EP0621858.
SUPERWOOL 607 HT products are covered by patent numbers: US5955389, US6180546, US7259118, US7470641, US7651965, US7875566, EP0710628, EP1544177, and EP1725503
A list of foreign patent numbers is available upon request to The Morgan Crucible Company plc.
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Superwool
04
I n su l a t i ng Our Wor ld
T)& -&"%*/( #3"/% */ )*()
5&1&3"563& -08 #*01&34*45&/5
'*#3& */46-"5*0/.
Insulating fibre
M+$a* T%")a( C"a)&. - E0+," P+!0/ Da/a B+%0"
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SECTION 1
B(a*'"/ ,+!0/.
Superwool blanket products
11-4-01 :
Superwool 607 HT Blanket
11-5-01 :
Superwool Plus Blanket
11-2-11 :
SuperwoolAC2 Blanket
Refractory ceramic fibre (RCF)blanket products
5-5-01 :
Cerablanket
Cerachem
Cerachrome
5-7-12 :
Kaowool Blanket S
Kaowool Blanket SZr
5-6-09 :
Maftec
5-5-05 :
CerablanketAC1
5-5-11 :CerablanketAC2
05
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Blanket products overview
Introduction to our blanket productsHigh temperature insulation wool is a material for use in
high temperature applications such as the insulating liningof metallurgical ovens and furnaces, petrochemical heaters,
and ceramic kilns etc.
Morgan Thermal Ceramics high temperature
insulation wool (HTIW) includes:
AES wools (alkaline earth silicates): Superwool fibre
RCF wools (aluminosilicates) and polycrystalline wools:
Cera & Kaowool
HTIW are used in applications from 600C up to 1800C
In use high temperature insulation wool will:
Contribute to protecting people and property
from excessive heat
Reduce greenhouse gas emissions
Reduce energy usage
Improve efficiency of furnaces and process equipment
Typical applications for high temperature
insulation wool blankets:
Power generation especially HRSG duct insulation
Chimney insulation
Process heater linings
Pipe wrap
Annealing furnace linings
Furnace & kiln back-up insulation Storage heater insulation
Domestic oven insulation
Automotive exhaust heat shields
Aluminium transfer launder covers
Welding stress relief
BlanketA mat of bulk wool is converted to blanket by
needling. The needles are pushed into the mat and
withdrawn which produces a coherent blanket. Blanket
can be folded, compressed and encapsulated to produce
modules.
I n su l a t i ng Our Wor ld
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Superwool fibreSuperwool fibre is a high-temperature insulating wool
composed of man-made vitreous silicate fibres. Superwool
fibre is exonerated from the carcinogen classification in the
European Union under the terms of NOTA Q of EuropeanDirective 67/548/EEC.
Superwool fibre has been developed to show improved
high temperature characteristics required to act as an
alternative to RCF. The Superwool fibre family of products
offer a versatile alternative to traditional insulation solutions
for commercial, industrial, and transportation applications.
Morgan Thermal Ceramics Superwool fibre patented
technology is available in a variety of forms including bulk,
blanket, boards, felt, paper, vacuum-formed, pyro-logs,
pyro-blocs, z-bloks and mastic products.
Superwool blanket - grades available:
Superwool 607 HT fibre:
c$a**"f"ca+"'& 1300C
The only low biopersistent fibre available with a
classification temperature of 1300C.
Superwool Plus fibre:
c$a**"f"ca+"'& 1200C
An engineered solution which saves energy and
respects the environment.
Benefits:
Excellent thermal insulation properties
Free of binder or lubricant
Thermal stability
Low thermal conductivity
Good resistance to tearing
Excellent thermal shock resistance
Low heat storage capacity
Inorganic - smoke free
Flexible and resilient
Immune to thermal shock
Good sound absorption Exonerated from any carcinogenic classification
under NOTA Q of European Directive 97/69 E
Refractory ceramic fibre (RCF)RCF man made vitreous fibres (MMVF); chemical
constituents are predominantly alumina and silica. Such
MMVFs are classified in the EU as category 2 carcinogens.
RCF is a highly versatile material which can be spun or
blown into bulk and air-laid into blanket, folded into
modules, converted into papers, boards, and shapes.
Morgan Thermal Ceramics fibre blanket products are
available in a wide range of chemistries, densities and
thicknesses. Blankets are air laid into a continuous mat
and mechanically needled for added strength and surface
integrity.
RCF blanket - grades available:
Cerablanket:
c$a**"f"ca+"'& 1260C
Cerachem:
c$a**"f"ca+"'& 1425C
Cerachrome:
c$a**"f"ca+"'& 1425C
Excellent chemical stability compared with their raw
materials, they have excellent strength before and after
heating. They have superior acoustic as well as thermal
insulation characteristics.
Kaowool
Blanket S:c$a**"f"ca+"'& 1260C
Kaowool Blanket SZr:
c$a**"f"ca+"'& 1260C
Made from bulk fibres produced by the most modern
spinning process, giving exceptional length & uniform
distribution which are ideal for manufacturing blanket
of controlled density, high tensile strength and resiliency.
Maftec Blanket:
%a/"%,% c'&+"&,',* ,*e 1600C
Made from pure mullite fibre only, needled on both sides
and contains no binder or other added constituent. More
resistant to acid and alkaline solutions than conventionalalumino-silicate fibre blankets, being virtually free of shot,
it has exceptionally good thermal insulation characteristics.
Benefits:
Excellent insulating performance
Excellent thermal stability: fibres have good resistance
to devitrification
Low heat storage
The combination of long spun fibres and the needling
operation produce tough, resilient and strong blankets,
which resist tearing both before and after heating
Resistance to thermal shock
Good acoustic properties
Excellent thermal shock resistance
No smoke emission due to binder burn out
Easy to install
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B-"/,&5 130%6$54
Classification Temperature, C
Colour
SiO2
CaO
MgO
11-4-01
1300 1200
128 kg/m3
Others
Superwool 607 HTBlanket
1200
Thermal Conductivity, W/mK ASTM C-201 96 kg/m3 128 kg/m3 64 kg/m3 96 kg/m3
11-5-01
Superwool PlusBlanket
Superwool
AC2 Blanket
11-2-11
white white white
Density, kg/m3 64 50
75 -
96 128 160
30 50 75 95
after 24 hours @ 1000C - -
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B-"/,&5 130%6$54
Classification Temperature, C
Colour
SiO2
Al2O3
CaO+MgO
5-5-01 5-7-12
-
white
Blanket Density 64 kg/m3
Cr2O3
Kaowool
Blanket SCerablanket
Thermal Conductivity, W/mK ASTM C-201 64 kg/m3 96kg/m3128
kg/m3 160 kg/m3 64 kg/m3 96kg/m3
128kg/m3 96 kg/m
3 48 kg/m3
5-6-09
Maftec
5-5-11
white blue/green white
Density, kg/m3
after 24 hours @ 1000C
@ 1100C
128 kg/m3 64 kg/m3
Mean Temperature @ 200C 0.07 0.06 0.06 - 0.07 0.06 0.06 - -- 0.08
@ 260C - - - - - - - - 0.08- -
@ 300C - - - - - - - - -- 0.125
@ 400C 0.12 0.11 0.10 0.09 0.12 0.11 0.10 0.08 -0.08 0.193
@ 500C - - - - - - - 0.10 0.19 (538C)0.09 0.285
@ 600C 0.20 0.16 0.15 0.13 0.20 0.16 0.15 0.13 0.230.12 0.40
@ 700C - - - - - - - 0.17 -0.14 -
@ 750C 0.30 0.23 0.20 0.18 - - - - -- -
Cerachem
BlanketCerachrome
Blanket
Kaowool
Blanket SZr
5-5-05
Cerablanket
AC1
Cerablanket
AC2
Maximum Continuous Use Temperature, C - - - - 1600 1600 1177 1177
1260 1425 1425 1260 1425 - - 1315 1315
white white white white white
64-160 64-160 64-160 48, 6464-160 64-160 96 128 48, 64
30 30 30 0.4239 39 - - 0.28
96 kg/m3 70 70 65 -78 78 93 - -
128 kg/m3 90 90 85 -103 103 - 103 -
160 kg/m3 110 110 - -127 127 - - -
1.5 - 1.5 -1.5 - - - --
2.2 - 2.2 -2.2 - - - --
@ 1200C 3.0 1.0 2.7 -3.0 1.0 - - -1.0
@ 1300C 5.5 2.0 3.5 -5.5 2.0 0.3 -2.0
@ 1400C - 3.5 4.0 -- 3.0 0.8 -3.0
@ 1500C - - 5.0 -- - 0.9 --
@ 1600C - - - -- - 1.0 --
@ 800C - - - - 0.30 0.23 0.20 0.19 0.36 (816C)0.17 -
@ 900C - - - - - - - 0.23 0.47 (982C)0.20 -
@ 1000C 0.43 0.32 0.27 0.25 0.43 0.32 0.27 0.27 0.54 (1093C)0.24 -
@ 1200C - - - - - - - 0.39 -0.33 -
@ 1400C - - - - - - - 0.58 -0.48 -
@ 1090C 1.13 1.13 1.13 1.13 1.13 1.13 1.25 - -
56 50 54.5 56 50 50 28 53-55 53
44 35 42.7 44 34.9 34.9 72 45-47 47
0.05 0.09 0.10 0.05 0.09
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I n su l a t i ng Our Wor ld
Superwool T)& -&"%*/( #3"/% */ )*()5&1&3"563& -08 #*01&34*45&/5
'*#3& */46-"5*0/.
Insulating fibre
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SECTION 2
B0(' ,+!0/.
Superwool bulk products
11-4-04 :
Superwool 607 HT Bulk
11-5-04 :
Superwool Plus Bulk
Refractory ceramic fibre (RCF)bulk products
5-5-06 :
Cerafibre
Cerachem
Cerachrome
5-6-13 :
Engineered Fibres
5-7-10 :
Kaowool Bulk Fibre
11
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Morgan Thermal Ceramics high temperature
insulation wool (HTIW) includes:
AES wools (alkaline earth silicates): Superwool fibre
RCF wools (aluminosilicates) and polycrystalline wools:
Cera
& Kaowool
HTIW are used in applications from 600C up to 1800C
In use high temperature insulation wool will:
Contribute to protecting people and property from
excessive heat
Reduce greenhouse gas emissions
Reduce energy usage
Improve efficiency of furnaces and process equipment
Typical applications for high temperature
insulation wool bulk:
Raw material for the manufacturing of finished products
such as boards, paper, shapes, yarns etc Vacuum forming feedstock
Textile manufacturing
Chimney fill
Fire door infill
Kiln car infill
Packing expansion joints (e.g. carbon baking pits)
Loose insulating fill for complex spaces and areas
where access is difficult
Reinforcement for insulating concretes and cements
Precursor for engineered fibres
BulkConsists of a loose mass of randomlyorientatednormally long, fluffy cotton wool like fibres collected after
fiberisation and not further altered.
Bulk can be:
needled into a blanket
converted into boards and shapes
die-cut into gaskets
woven into rope and cloth
blended into liquid binders for coatings and cements
Grades available: Lubricated Bulk
For packing expansion joints and voids For infil in the roofs and walls of certain types of kilns
For seals around penetrations in furnaces, such as
burner tubes, site holes etc, areas in refractory
constructions
Un-Lubricated Bulk
- un-chopped fibre
- coarse chopped
- fine chopped fibre
Un-lubricated fibre is used in vacuum forming
processes, mastics, mouldables sprays and coatings
Selection of different fibre lengths controls the
properties of the final product
I n su l a t i ng Our Wor ld
Bulk products overview
Introduction to our bulk productsHigh temperature insulation wool is a material for use in
high temperature applications such as the insulating lining
of metallurgical ovens and furnaces, petrochemical heaters,
and ceramic kilns etc.
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Superwool fibreSuperwool fibre is a high-temperature insulating wool
composed of man-made vitreous silicate fibres. Superwool
fibre is exonerated from the carcinogen classification in the
European Union under the terms of NOTA Q of EuropeanDirective 67/548/EEC.
Superwool fibre has been developed to show improved
high temperature characteristics required to act as an
alternative to RCF. The Superwool fibre family of products
offer a versatile alternative to traditional insulation solutions
for commercial, industrial, and transportation applications.
Morgan Thermal Ceramics Superwool fibre patented
technology is available in a variety of forms including bulk,
blanket, boards, felt, paper, vacuum-formed, pyro-logs,
pyro-blocs, z-bloks and mastic products.
Superwool bulk - grades available:
Superwool 607 HT fibre:
c$a**"f"ca+"'& 1300C
The only low biopersistent fibre available with a
classification temperature of 1300C.
Superwool Plus fibre:
c$a**"f"ca+"'& 1200C
An engineered solution which saves energy and
respects the environment.
Benefits:
Superwool Bulk is virtually immune to thermal shock
The fibres are opaque to infra-red and so maintain
their low thermal conductivity to high temperature
The fibres absorb very little energy on heating
The fibres are high purity and non-corrosive
The fibres are resilient and also resistant to
mechanical damage
No reaction with alumina based bricks in application
in the range of typical use temperature
Exonerated from any carcinogenic classification
under NOTA Q of European Directive 97/69 E
Refractory ceramic fibre (RCF)RCF man made vitreous fibres (MMVF); chemical
constituents are predominantly alumina and silica.
Such MMVFs are classified in the EU as category 2
carcinogens.
RCF is a highly versatile material which can be spun or
blown into bulk and air-laid into blanket, folded into
modules, converted into papers, boards, and shapes.
Morgan Thermal Ceramics has a complete line of refractory
bulk fibres, each of which offers its own unique
combination of properties. These bulk fibres are produced
by varying composition, fibre length, compressed density,
fibre content, fibre diameter, and lubricity to serve a wide
range of customer needs.
RCF blanket - grades available:
Cerafibre:
c$a**"f"ca+"'& 1260C
Spun refractory fibres, made from electrically melted
alumina and silica.
Cerachem:
c$a**"f"ca+"'& 1425C
Spun refractory fibres, made from electrically melted
alumina, silica and zirconia.
Cerachrome:
c$a**"f"ca+"'& 1425C
Spun refractory fibres, made from electrically melted
alumina, silica and chromia.
All three fibres are resistant to chemical attack, except
for hydrofluoric and phosphoric acids and strong alkalies.
Engineered Fibres:
c$a**"f"ca+"'& 1100 - 1425C
A family of fibres that have been developed to meet
specific engineering needs. At present, 4 chemical
compositions are available: Enfil SF, Enfil SH, Enfil HP
and Enfil Z.
Kaowool Bulk fibres:
c$a**"f"ca+"'& 1260 - 1425C
Available in two grades: Standard and Zirconia. Both
grades are high purity fibres and are unaffected by
chemicals except for hydrofluoric and phosphoric acids
and strong alkalies. If wet by oil or water, their physical
and thermal properties will be fully restored on drying.
Benefits:
Excellent resistance to chemical attack
Unaffected by oil, water or steam
Very low thermal expansion
Excellent shock and good corrosion resistance
Low moisture absorption
Low electrical conductivity Good tensile strength
Constant coefficient of friction
Refractoriness: the fibres are stable up to elevated
temperatures
Low thermal conductivity: the fibres are opaque to
infra-red radiation and so maintain their low thermal
conductivity up to high temperature
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B6-, 130%6$54
I n su l a t i ng Our Wor ld
Others
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B6-, 130%6$54
Alkili/Alkali Earth
Classification Temperature, C
Colour
Specific Gravity, g/cm3
Fibre Diameter, *mean, micron
Specific Heat Capacity, kJ/kgK
@ 980C
@ 1090C
SiO2(*on calcine product)
Al2O3
CaO + MgO
ZrO2
Fe2O3
Na2O + K2O
TiO2
5-5-06 5-6-13 5-7-10
Cera-
chrome
Kaowool Bulk Fibre
1260
white
2.65
1425
white
2.65
1425
blue/green
2.65
1100
white tolight grey
2.5
1250
white tolight grey
2.6
1260
white tolight grey
2.56
Beaker Value (fibre length), ml
Bulk unchopped
Coarse chopped
Medium chopped
Melting Point C
Cr2O3
Engineered Fibres
SF SH HP Z Standard Zirconia
CerachemCerafibre
1425
wh
ite tolight grey
2.65
1260
white
2.56
1425
white
2.65
- - - 50-650 50-650 50-650 50-650 - -
- - - - - - - 450 450
- - - 200 200 200 200 200 200
- - - 150 150 150 150 150 -
Fine chopped - - - 80 80 80 80 80 -
Fibre Index - - - 55-98 55-98 55-98 55-98 - -
3.5 3.5 3.5 3.0 3.0 *2.0-3.5 *3.0-3.5 2.3 2.5
- - - - - - - 1.07 1.07
1.13 1.13 1.13 - - - - 1.13 1.13
- - - 1500 1500 >1650 >1650 >1650 >1650
56.0 50.0 54.3 65.0
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I n su l a t i ng Our Wor ld
Superwool T)& -&"%*/( #3"/% */ )*()5&1&3"563& -08 #*01&34*45&/5
'*#3& */46-"5*0/.
Insulating fibre
M+$a* T%")a( C"a). - E0+" P+!0/ Da/a B+%0"
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SECTION 3
M+!0("., L+$. & B(+' +!0/.
Superwool fibre products
11-4-03 :
Superwool 607 HT Z-Blok Modules
11-5-07 :
Superwool Plus Pyro-Bloc Modules
11-5-06 :
Superwool Plus Pyro-Log
11-4-07 :
Superwool 607 HT Pyro-Log
Refractory ceramic fibre (RCF)products
5-6-02 :
Pyro-Bloc
Modules
5-6-03 :
Pyro-Log
5-6-05 :
Z-Blok 1 Modules
5-6-06 :
Z-Blok 3 Modules
5-6-04 :Pyro-Stack Modules
5-6-15 :
Unifelt Modules
5-6-17 :
Thermo-Bloc Modules
5-5-02 :
Cerablok
17
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Re-heat, Strip-annealing, Rotary Hearth and Roller
Hearth Furnaces, Carbonizing and Lift-off Furnaces
Petrochemical
Process heaters, reformers, ductwork pyrolysis heaters
Homogenizing furnaces
Process heaters
Thermal oxidizers
Engineered shapes
ModulesA unique solution to high temperature insulation needs
in industrial heaters, boilers and furnaces as well as many
other applications. Morgan Thermal Ceramics exclusive
Pyro-Bloc products have set the standard for quality and
versatility in furnace lining systems. Pyro-Bloc modules
are the only monolithic fibre modules on the market.Manufactured from Pyro-Log, they are fabricated into
modules that offer superior performance and durability.
LogsAn uncompressed monolithic mass of fibre. Pyro-Log
fibre is the basic building block for all Pyro-Bloc
applications. All Pyro-Log fibre is produced with a special
lubricant that allows the fibre to be intensely needled to
attain varying densities. At moderate temperatures this
lubricant burns out and the fibre becomes rigid enough
to stand on. This feature, unique to Pyro-Log fibre,
assists during installation and provides the durability andtoughness necessary for long life.
BlocksMade from high temperature fibres, mineral fibres and
a small amount of organic binder. Due to the high fibre
content, Bloc sheets are strong, lightweight and thermal
shock resistant.
Superwool fibreSuperwool fibre is a high-temperature insulating wool
composed of man-made vitreous silicate fibres. Superwool
fibre is exonerated from the carcinogen classification in theEuropean Union under the terms of NOTA Q of European
Directive 67/548/EEC.
Superwool fibre has been developed to show improved
high temperature characteristics required to act as an
alternative to RCF. The Superwool fibre family of products
offer a versatile alternative to traditional insulation solutions
for commercial, industrial, and transportation applications.
Morgan Thermal Ceramics Superwool fibre patented
technology is available in a variety of forms including bulk,
blanket, boards, felt, paper, vacuum-formed, pyro-logs,
pyro-blocs, z-bloks and mastic products.
I n su l a t i ng Our Wor ld
Modules, Logs & Block productsoverview
Introduction to our Modules,Logs & Block products
High temperature insulation wool is a material for use in
high temperature applications such as the insulating lining
of metallurgical ovens and furnaces, petrochemical heaters,
and ceramic kilns etc.
Morgan Thermal Ceramics high temperature
insulation wool (HTIW) includes:
AES wools (alkaline earth silicates): Superwool fibre
RCF wools (aluminosilicates) and polycrystalline wools:
Cera & Kaowool
HTIW are used in applications from 600C up to 1800C
In use high temperature insulation wool will: Contribute to protecting people and property
from excessive heat
Reduce greenhouse gas emissions
Reduce energy usage
Improve efficiency of furnaces and process equipment
Typical applications for high temperature
insulation wool Modules, Log & Block:
Ceramic & Glass
Kiln lining
Low mass kiln cars
Furnace doors
Refining
Distillation heater lining
Heat Treatment/Metal working
Heat treatment lining
Non Ferrous
Annealing furnace
Heat treating furnace
Power Generation/Boilers Cogeneration ducts and silencers
Iron & Steel
Walking beam furnace skid rail insulation
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Superwool 607 HT fibre: c$a**"f"ca+"'& 1300C
The only low biopersistent fibre available with a classification
temperature of 1300C.
Superwool
Plus
fibre: c$a**"f"ca+"'& 1200CAn engineered solution which saves energy and respects
the environment.
Superwool Modules, Logs & Block -grades available:
Pyro-Bloc:
Pyro-Bloc Modules comprise two sections of Superwool
fibre slabs in edge-grain orientation. These are held in position
with two stainless steel tubes mounted transversely through the
modules and remote from the hot face. They are anchored
to the furnace casing with the patented Pyro-Bloc fixing in
any one of four standard versions, Y, M, T and Eye-bolt.
Pyro-Log:
High density needled monolithic slabs Pyro-Log is the
only 152mm thick needled mass of fibre available in
standard uncompressed densities up to 240kg/m3.
Z-Blok 1 & 3:
Convoluted blanket modules made from spun-fibre blanket,
folded and pre-compressed to a specified density, and held
in position with the T-Bar anchoring system - 2 stainless
steel tubes mounted transversely within the module.
Thermo-Bloc:
Manufactured from two sections of Pyro-Log slabs in
edgegrain orientation, installed with a pre-studded,
external, side-fixed yoke. The Pyro-Log slabs can be held
in position by two additional stainless steel tubes mounted
transversely through the modules and remote from the hot
face. The side fixed yokes fit in these tubes.
Benefits:
High un-compressed densities give low thermal
conductivity and a more uniform and faster installation
Lubricated fibre allows more uniform compression
and tight joints
Exonerated from any carcinogenic classification
under NOTA Q of European Directive 97/69 EC
Anchorage remote from the hot face protects steel work
Refractory ceramic fibre (RCF)RCF man made vitreous fibres (MMVF); chemical
constituents are predominantly alumina and silica. Such
MMVFs are classified in the EU as category 2 carcinogens.
RCF is a highly versatile material which can be spun or
blown into bulk and air-laid into blanket, folded into
modules, converted into papers, boards, and shapes.
Pyro-Bloc
modules are available in uncompressedmodule varying densities and in three grades:
R Grade: alumina - silica
ZR Grade: alumina - zirconia - silica
C Grade: alumina - silica - chromia
RCF Modules, Logs & Block -grades available:
Pyro-Bloc:
c$a**"f"ca+"'& 1260 - 1425C
Lightweight with low heat storage providing a durable
service with all the advantages of our standard ceramic
fibre blanket products in a pre-compressed modular form
and offer non-exposed anchoring, economical installation
and a positive mechanical attachment.
Pyro-Log:
%a/"%,% c'&+"&,',* ,*e 1260 - 1425C
Pyro-Log is the only 152mm thick, high purity, needled
blanket available in standard uncompressed densities
up to 240kg/m3. Vertically-fiberized Pyro-Log fibre is of
exceptional uniformity of dimensions and of naturally low
shot content.
Pyro-Stack:
%a/"%,% c'&+"&,',* ,*e 1260 - 1600C
High quality spun-fibre blanket, compressed & banded
with plastic strips, including two stainless steel tubes
mounted transversely through the strips remote from the
hot face. They can be anchored to the furnace casing in
any one of four standard versions, Y, M, T and Eye-bolt.
Unifelt:
c$a**"f"ca+"'& 1260 - 1700C
Vacuum-Formed from controlled mixtures of Kaowool
andSAFFIL fibres, the ratio of the fibres are adjusted to produce
the different temperature grades. Edge-stacked strips of
Unifelt sheet, bonded under pressure, with a semi-elastic
organic binder.
Thermo-Bloc:
c$a**"f"ca+"'& 1260C
Manufactured from two sections of Pyro-Log slabs in
edge-grain orientation they are installed with a pre-studded,
external, side-fixed yoke. They can be held in position by
two additional stainless steel tubes mounted transversely
through the modules and remote from the hot face.
Z-Blok 1 & 3:
%a/"%,% c'&+"&,',* ,*e 1260 - 1600C
Folded modules available in two design configurations;
Z-Blok 1 has a slide channel that runs perpendicular to the
folds, it slides onto a disc or clip that has been attached to
the steel casing. Z-Blok 3 has a C-Channel that runs
parallel to the module folds and is typically attached to
the steel casing with a welded stud and nut.
Benefits:
Fast one step installation
All welds automatically torque tested
Lubricated fibre allows increased compression and
tight joints
Hardening effect on first firing gives a tough hot face
Resistant to mechanical damage and gas flow abrasion
Anchorage remote from the hot face protects steel work
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M0%6-4, L0(4 & B-0$ 130%6$54
I n su l a t i ng Our Wor ld
Colour
Density, kg/m3 (*,&c'%)eed)
11-5-07 11-4-07
1200
*160
@ 1090C
Superwool 607 HT
Pyro-Bloc Modules
Superwool Plus
Pyro-Bloc Modules
11-5-06
Superwool Plus
Pyro-Log
11-4-06
*192
@ 1000C
@ 1100C
Mean Temperature @ 200C
@ 400C
@ 600C
@ 800C
@ 1000C
@ 1200C
Superwool 607 HT
Pyro-Log
Classification Temperature, C 1300 1200 1300
*160 *192 *240
@ 1200C
@ 1250C
@ 1300C
White White White White
160 192 160 192 240
1.05 1.22 - 1.22
Loss of Ignition after 2 hours @ 800C
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M0%6-4, L0(4 & B-0$ 130%6$54
Colour
Density, kg/m3 (*,&c'%)eed)
5-6-02 5-6-03
1260
*160
@ 1090C
Pyro-LogPyro-Bloc Modules
5-6-05
Z-Blok 1 Modules
5-6-06
*192 *240
@ 1000C
@ 1100C
Z-Blok 3 Modules
Classification Temperature, C 1425
@ 1200C
White White
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I n su l a t i ng Our Wor ld
Colour
Density, kg/m3 (*,&c'%)eed)
5-6-04 5-6-15
-
128
@ 1090C
Unifelt ModulesPyro-Stack Modules
5-6-17
Thermo-Bloc
Modules
5-5-02
@ 1000C
@ 1200C
Mean Temperature @ 200C
@ 400C
@ 600C
@ 800C
@ 1000C
@ 1200C
Cerablok
Classification Temperature, C
@ 1300C
@ 1400C
@ 1600C
White
Loss of Ignition after 2 hours @ 800C
-
-
-
-
-
- - -
Kaowool S
Cerablanket
Kaowool SZ
Cerachem
@ 1000C
Maftec
BlanketU 13
Maximum Continuous Use Temperature, C 1260
@ 1080C
@ 1500C -
-
White
-
1260
-
1425
-
1425
-
1600
-
1600
160 128 160 *128 160
- - - - - -
- - - - - -
1.13 1.13 1.13 1.13 1.25 1.25
-
@ 300C
@ 500C
@ 1400C
- - - -
0.12 0.11 0.08 0.09
- - - -
0.19 0.18 0.15 0.14
0.28 0.25 0.23 0.22
0.38 0.34 0.32 0.31
- - - -
- - - -
U 14 U 15 U 16 U 17
1260
-
1425
-
1500
-
1600
-
1700
-
140
White
125 120 110 100
- - - - -
- - - - -
1.13 1.13 1.17 1.20 1.25
-
- - - - -
2 - - - -
- 2 - - -
- - 2 - -
- - - 2 -
- - - - 2
- - - - -
- - - - -
- - - - -
- - - - -
0.15 0.15 0.14 0.14 0.14
0.22 0.21 0.20 0.19 0.19
0.29 0.30 0.28 0.27 0.25
- 0.39 0.39 0.38 0.35
- - 0.51 0.50 0.48
RCFSuper-wool
Plus
1260 1200
- -
*160-192
*160-192
1.13 -
- 1.05
- -
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M0%6-4, L0(4 & B-0$ 130%6$54
Types of Modules and Different Fixing Systems
Note: F"/"& !'.& a)e M')a& T!e)%a$ Ce)a%"c S+a&da)d
Z-Blok 1 (Convoluted Blanket) ModulePyro-Stack Y (Stacked Blanket) Module
Pyro-Bloc T (Log) Module Z-Blok 3 (Convoluted Blanket) ModulePyro-Stack T (Stacked Blanket) Module
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I n su l a t i ng Our Wor ld
Superwool T)& -&"%*/( #3"/% */ )*()5&1&3"563& -08 #*01&34*45&/5
'*#3& */46-"5*0/.
Insulating fibre
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Superwool board products
11-5-11 :
Superwool Plus Board
11-5-12 :
Superwool Plus Blok
11-4-15 :
Superwool 607 HT Board
11-5-16 :
Superwool Plus Pyro-Board
11-4-17 :
Superwool 607 HT Unifelt Board
11-5-13 :
Superwool
Plus AluBoard
11-4-13 :
Superwool 607 HT SB
11-4-12 :
Superwool 607 HT WB
Refractory ceramic fibre (RCF)board products
5-8-01 :Unifelt Boards
5-5-03 :
Ceraboard
5-5-04 :
Ceracarton
5-7-22 :
Kaowool Boards
25
SECTION 4
B+a! ,+!0/.
M+$a* T%")a( C"a)&. - E0+," P+!0/ Da/a B+%0"
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Morgan Thermal Ceramics high temperature
insulation wool (HTIW) includes:
AES wools (alkaline earth silicates): Superwool fibre
RCF wools (aluminosilicates) and polycrystalline wools:
Cera
& Kaowool
HTIW are used in applications from 600C up to 1800C
In use high temperature insulation wool will:
Contribute to protecting people and property
from excessive heat
Reduce greenhouse gas emissions
Reduce energy usage
Improve efficiency of furnaces and process equipment
Typical applications for high temperature
insulation wool board:
Iron & Steel
Expansion joints, back-up insulation, heat shields andmould base insulation
Non-ferrous
Tundish and launder covers in the casting of copper and
copper-based alloys
Ceramics
Hot-face lining for kilns and in construction of LTM
(low thermal mass) kiln cars
Glass
Back-up insulation in melting furnaces and protection of
burners
Furnace building
Hot face lining material (alternative to blanket); back-up
to solid refractories; expansion joints
Light industry
Lining combustion chambers in industrial and domestic
boilers
Petrochemical
High temperature heater lining hot-face material
High temperature gaskets & seals
Heat shields
Board
Rigid composite board made from Superwool fibres,
refractory fillers containing a variety of fillers, organic and
inorganic binders.
I n su l a t i ng Our Wor ld
Board products overview
Introduction to our board products
High temperature insulation wool is a material for use in
high temperature applications such as the insulating lining
of metallurgical ovens and furnaces, petrochemical heaters,
and ceramic kilns etc.
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Superwool fibreSuperwool fibre is a high-temperature insulating wool
composed of man-made vitreous silicate fibres. Superwool
fibre is exonerated from the carcinogen classification in the
European Union under the terms of NOTA Q of EuropeanDirective 67/548/EEC.
Superwool fibre has been developed to show improved
high temperature characteristics required to act as an
alternative to RCF. The Superwool fibre family of products
offer a versatile alternative to traditional insulation solutions
for commercial, industrial, and transportation applications.
Morgan Thermal Ceramics Superwool fibre patented
technology is available in a variety of forms including bulk,
blanket, boards, felt, paper, vacuum-formed, pyro-logs,
pyro-blocs, z-bloks and mastic products.
Superwool board - grades available:
Board 75: Suitable for all applications up to 900C.
H Board: Recommended when a high strength material
is required.
Board 85: Suitable for all applications up to 1000C.
Board LTI: Recommended for all applications where thin,
rigid Insulating panels are required.
Board 607 INO: Recommended for all applications where
minimal smoke or fume emission is desirable.
C Board: Formula specially designed for application up
to 1000C requiring cycling resistance and high mechanical
performances.
Superwool 607 HT fibre:
c$a**"f"ca+"'& 1300C
The only low biopersistent fibre available with a
classification temperature of 1300C.
Superwool Plus fibre:
c$a**"f"ca+"'& 1200C
An engineered solution which saves energy and
respects the environment.
Benefits:
Good thermal shock resistance allows use in
applications where large variations in temperature occur
Low heat storage capacity
Can be used in direct contact with flame
High temperature stability and low thermal conductivity
Good handling strength, easy to cut with standard tools
Excellent flexural and compressive strength
Exonerated from any carcinogenic classification
under NOTA Q of European Directive 97/69 E
Refractory ceramic fibre (RCF)RCF man made vitreous fibres (MMVF); chemical
constituents are predominantly alumina and silica. Such
MMVFs are classified in the EU as category 2 carcinogens.
RCF is a highly versatile material which can be spun or
blown into bulk and air-laid into blanket, folded into
modules, converted into papers, boards, and shapes.
RCF Board products use refined ceramic fibres and pure
fillers and binders in conjunction with a unique thermal
bonding manufacturing process. This created special
insulation boards with high temperature stability, excellent
strength, hardness, and exceptional machinability for
precise dimensional control.
RCF boards - grades available:
Kaowool:
c$a**"f"ca+"'& 1260 - 1600C
Produced from refractory fibre compositions specially
developed to give rigid, self-supporting boards with
excellent high temperature properties. Board is designed
for use in applications requiring higher rigidity than blanket
forms, and as a result of its higher density, has improved
thermal insulation properties and abrasion resistance.
Cera:
c$a**"f"ca+"'& 1260 - 1400C
Made from bulk fibres produced by the most modernspinning process, giving exceptional length & uniform
distribution which are ideal for manufacturing blanket
of controlled density, high tensile strength and resiliency.
Unifelt:
c$a**"f"ca+"'& 1260 - 1700C
Made from refractory fibres compositions, bonded with an
organic binder which begins to burn out on exposure to
180-200C and which imparts high strength prior to heating.
They show excellent flexibility properties which give good
dimensional resilience after compression and make
utilisation of the boards or cut pieces very easy where rigid
products are unsuitable.
Benefits:
Rigid, self supporting boards
Low thermal conductivity
Good abrasion resistance
Low heat storage
Resistant to thermal shock
Not wetted by most molten non ferrous metals,
including aluminium
Good resistance to spalling
Can be easily cut and shaped
Excellent thermal stability: fibres have good
resistance to devitrification
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B0"3% 130%6$54
I n su l a t i ng Our Wor ld
Colour
Density, kg/m3
11-5-11 11-5-12
900
Superwool Plus
BlokSuperwool Plus
Board
11-4-15
Superwool 607
HT Board
11-4-17
Superwool607 HT
Unifelt Board
Classification Temperature, C
White/Tan
75 800
Maximum Continuous Use Temperature, C
White/Tan
900 1000 1100 1100
1000 1100 Board C Board
White/Tan
AluBoard
White
Modules of Rupture MPa *,&f")ed 0.8 3.5 0.8 1.5 1.2
11-5-16
SWPlusPyro
Board
11-5-13
SWPlusPyro
AluBoard
H 85 LTI INOPyro
Board
SW607HT
Unifelt
800 1000 1100
- - - 1300 1150 1200 1250 600
- - - - - - - - - -
White White/
Tan
320 520 320 350 500 320 320 320 350 360 240 190 340
0.7 0.8 0.8 1.2 1.4 - - 1.0
@ 800C
@ 1000C
Mean Temperature @ 200C
@ 400C
@ 600C
@ 800C
@ 1000C
@ 1200C
@ 1090C
@ 300C
@ 500C
@ 1400C
Isothermal Heating at Class Temperature
@ 1200C
@ 10% relative deformation 0.4 1.1 0.3 0.3 0.3 - - - 0.3 0.3 - - 0.3
@ 10% reduction in thickness - - - - - 0.30 0.40 0.30 - - - - -
- - - - - - - - - - 1.05 - 1.05
5.0 10.0 5.0. 5.0 4.5 6.0 6.0 6.5 - - - - -
@ 600C - - - - - - - - - - - - 6.0
- - - - - - - - - - 0.15 - -after 2 hours heating @ 600C
- - - - - - - -
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B0"3% 130%6$54
Colour
Density, kg/m3
5-8-01 5-5-03
1260
CeraboardUnifelt Boards
5-5-04
Kaowool Boards
Classification Temperature, C
1300
Maximum Continuous Use Temperature, C
1400 1500 1600 1700
100 115 1260 1600S
Modules of Rupture MPa *,&f")ed
5-7-22
1400 1500 1600 1700Strong
12601400 1600
1260 1400 - 1260 1260 1400 1500 1600
@ 10% relative deformation
SiO2
Al2O3
ZrO2
Cera-
carton
- - - - - - - 1260 - - - - -
White White/Tan White/Tan
White/Tan
170 160 150 140 130 310 310 250-320 280* 330* 260* 240* 200*
- - - - - 1.0 0.9 1.0 1.05 2.7 0.99 0.99 0.88
fired 15 minutes @ 650C - - - - - - - - 0.58 1.1 0.35 0.30 0.24
- - - - - 0.35 0.3 0.2 - - - - -
@ 5% reduction in thickness - - - - - - - - - 0.56 - - -
Mean Temperature @ 200C
@ 400C
@ 600C
@ 800C
@ 1000C
@ 1200C
@ 300C
@ 500C
@ 1400C
Isothermal Heating at Class Temperature
- - - - - 3.0 3.7
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I n su l a t i ng Our Wor ld
Superwool T)& -&"%*/( #3"/% */ )*()5&1&3"563& -08 #*01&34*45&/5
'*#3& */46-"5*0/.
Insulating fibre
M+$a* T%")a( C"a)&. - E0+," P+!0/ Da/a B+%0"
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SECTION 5
Va00) F+)"! ,+!0/.
Superwoolvacuum formed products
11-5-09 :
Superwool Plus VF
11-4-09 :
Superwool 607 HT VF
11-5-14 :
Superwool Plus Carton
Refractory ceramic fibre (RCF) vacuum formed products
5-7-24 :
KaowoolVacuum Formed Shapes
5-7-22 :
Kaowool
Board
5-5-07 :
Ceraform
5-8-01 :
Unifelt Boards
31
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Vacuum formed products overview
Introduction to our vacuum formedproducts
High temperature insulation wool is a material for use in
high temperature applications such as the insulating lining
of metallurgical ovens and furnaces, petrochemical heaters,
and ceramic kilns etc.
Morgan Thermal Ceramics high temperature
insulation wool (HTIW) includes:
AES wools (alkaline earth silicates): Superwool fibre
RCF wools (aluminosilicates) and polycrystalline wools:
Cera & Kaowool
HTIW are used in applications from 600C up to 1800C
In use high temperature insulation wool will:
Contribute to protecting people and property
from excessive heat
Reduce greenhouse gas emissions
Reduce energy usage
Improve efficiency of furnaces and process equipment
Typical applications for high temperature
insulation wool vacuum formed (VF):
Iron & Steel
Riser sleeves for ferrous and non ferrous molten metals
Stopper nut insulation
Ladle shroud gasket Nozzle insulation in continuous casting
Roller inserts in roller hearth furnace
Glass casting mould
Tube insulation end in tube fumes boiler
Insulation for domestic appliance
Tap-hole cones and launder linings for non ferrous
molten metals.
Doors and combustion chamber linings for boilers.
Furnace sight holes.
Heating element supports.
Duct and flue linings.
Insulation for domestic appliances.
Pipes insulation
Vacuum Formed (VF)
Vacuum-Forming allows the production of a variety of
configurations, tailored to the particular application and
ranging from simple sections (such as tubes, cones and
flat shapes) to complex shapes (such as combustion
chambers).
I n su l a t i ng Our Wor ld
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Superwool fibreSuperwool fibre is a high-temperature insulating wool
composed of man-made vitreous silicate fibres. Superwool
fibre is exonerated from the carcinogen classification in the
European Union under the terms of NOTA Q of EuropeanDirective 67/548/EEC. Superwool fibre meets the
requirements requested under NOTA Q.
Superwool fibre has been developed to show improved
high temperature characteristics required to act as an
alternative to RCF. The Superwool fibre family of products
offer a versatile alternative to traditional insulation solutions
for commercial, industrial, and transportation applications.
Morgan Thermal Ceramics Superwool fibre patented
technology is available in a variety of forms including bulk,
blanket, boards, felt, paper, vacuum-formed, pyro-logs,
pyro-blocs, z-bloks and mastic products.
SuperwoolVF products - grades available:
Superwool 607 HTVF:
c$a**"f"ca+"'& 1300C
The only low biopersistent fibre available with a
classification temperature of 1300C.
Superwool Strong:
c$a**"f"ca+"'& 1200C
Produced by the addition of selected fillers in order to
maximize the mechanical properties and the resistanceto erosion of the final product.
Superwool Plus fibre:
c$a**"f"ca+"'& 1200C
An engineered solution which saves energy and
respects the environment.
Benefits:
Tailor made shapes
Homogeneous structure
Low thermal conductivity
Good erosion resistance and rigidity
Excellent hardness properties Excellent thermal shock resistance
Low heat storage, lightweight
Good cycling performance (standard formula)
Molten iron & steel resistance
Flame resistant
Easy to machine
Exonerated from any carcinogenic classification
under NOTA Q of European Directive 97/69 E
Refractory ceramic fibre (RCF)RCF man made vitreous fibres (MMVF); chemical
constituents are predominantly alumina and silica. Such
MMVFs are classified in the EU as category 2 carcinogens.
RCF is a highly versatile material which can be spun or
blown into bulk and air-laid into blanket, folded into
modules, converted into papers, boards, and shapes. VF
Shapes are insulating products made from a mixture of
refractory ceramic fibre by vacuum forming. This process
allows the production of a variety of configurations, tailored
to the particular application and ranging from simple
sections (such as sleeves, cones) to complex shapes.
RCF VF products - grades available:
KaowoolVF Shapes:
c$a**"f"ca+"'& 1260 - 1600C
The versatility of the vacuum-forming process facilitates
the manufacture not only of simple forms, such as
tubes, cones and flat panels, but also of geometrically
complex shapes, such as burner blocks, fire bases and
kiln-car blocks.
Ceraform:%a/"%,% c'&+"&,',* ,*e 1260 - 1425C
The versatility of the vacuum-forming process facilitates
the manufacture not only of simple forms, such as
tubes, cones and flat panels, but also of geometrically
complex shapes, such as burner blocks, fire bases and
kiln-car blocks.
Ceraform 100: Formula based on Cerafiber.
Ceraform 200: Formula based on Cerafiber used for
riser sleeves, tap-hole cones and 1000 x 1000mm boards.
Ceraform 250: Formula based on Cerafiber used for
premouled launder linings (aluminium foundries) and
1000 x 1000mm boards.
Ceraform 400: Formula based on Cerafiber used for riser
sleeves. High resistance against molten iron and steel. Very
resistant to erosion. Also available in 1000 x 1000mm boards.
Ceraform 1000: Formula based on Cerachrome Fibre.
Used for burner blocks, shapes and 1000 x 1000mm boards.
Ceraform 1400: Formula based on Cerachem Fibre.
Used for shapes or 1000 x 1000mm boards.
Cera-PakTM: Cera-pak is as-cast Ceraform sheets, 1000 x
1000 mm, packed wet into individual plastic bags. The
sheets can be formed in situ to any shape desired, which
on drying, develops properties similar to those of Ceraform.
Benefits:
Easy to use
Tailor made shapes
Homogeneous structure
Low thermal conductivity
Good erosion resistance and rigidity
Excellent thermal shock resistance
Low heat storage, lightweight
Flame resistant
Easy to machine
M+$a* T%")a( C"a)&. - E0+," P+!0/ Da/a B+%0"
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"$66. F03.&% 130%6$54
I n su l a t i ng Our Wor ld
Colour
Density, kg/m3
11-5 -09 1 1-4-0 9
1200
KaowoolVacuum Formed ShapesSuperwool
Plus VF
5-7-24
Kaowool Board
Classification Temperature, C
Plus
1200 1300 1300 1000
Strong 1260 LB 1400 1600
Modules of Rupture MPa *,&f")ed
5-7-22
Strong607HT
607HT G
1260 1260StrongBoard1260
1400
1260 1260 1260 1400 1500 1600 1260 1260
@ 5%
1400
fired 15 minutes @ 650C
Mean Temperature @ 200C
@ 600C
@ 1000C
@ 1200C
@ 400C
@ 800C
after 24 hours heating @ 1250C
Loss of Ignition, %
High Temperature Performance %
Superwool
607HT VF
11-5-14
SWPlus
Carton
Carton607
1500 16001600
S
1500 1600
White/Tan
White/Tan
White/Tan
Grey White
/Tan
280 380 320 450 290 260 330 200 260 240 200 280 330 260 240 200
1.15* 2.01* 1.1 1.6 1.47 1.05 2.7 flexible* 0.99* 0.99* 0.88* 1.05* 2.7* 0.99* 0.99* 0.88*
0.52 0.9 - - - 0.58 1.1 N/A 0.35 0.30 0.24 0.58 1.1 0.35 0.30 0.24
@ 10% 0.16 0.38 - - - - - - - - - - - - - -
- - 6 6 - - - - - - - 5-7 5-10 5-10 5-10 5-10
- - 1.9 1.7 - - - - - - - - - - - -
after 24 hours heating @ 1000C - - - - 2 - - - - - - - - - - -
- - - - - - - - - - - - - - - -
Weight Loss on First Firing, approximate - - - - - 5-7 5-10 5-10 5-10 5-10 5-10 - - - - -
- - - - - 0.07 0.06 0.07 0.06 - - 0.07 0.06 0.06 - -
0.08 0.09 0.10 0.10 0.07 0.09 0.09 0.09 0.08 0.07 0.06 0.09 0.08 0.08 0.07 0.06
0.12 0.12 0.13 0.15 0.10 0.11 0.12 0.11 0.10 0.09 0.08 0.11 0.12 0.10 0.09 0.08
0.16 0.14 0.19 0.19 0.15 0.15 0.16 0.15 0.13 0.12 0.10 0.15 0.16 0.13 0.12 0.10
0.20 0.17 0.24 0.24 - - - - 0.18 0.16 0.14 - - 0.18 0.16 0.14- - 0.31 0.29 - - - - 0.23 0.22 0.20 - - 0.23 0.22 0.20
@ 1400C - - - - - - - - - 0.28 0.26 - - - 0.28 0.26
0.13 0.30 - - - - - 0.56 - - - - 0.56 - - -
White / Tan White / Tan
Permanent Linear Shrinkage % ENV (1094-1)
Thermal Conductivity, W/mK ASTM C-201
Compressive Strength, Mpa
after 24 hours heating @ 800C - - - - 7 - - - - - - - - - - -
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Colour
Density, kg/m3
1260
Ceraform
5-5-07
Classification Temperature, C
100
1260 1260 1260 1400
1400 1500 1600
Modules of Rupture MPa
200 250 400 1300
- - - -
Al2O3
SiO2
ZrO2
Fe2O3+TiO2
CaO+MgO
Na2O+K2O
Loss of Ignition, %
1400
Grey White
/Tan
@ 1100C
White / Tan White / Tan
5-8-01
UnifeltBoard
1700
-
1000
1425Maximum Continuous Temperature, C
- - - - - 1260 1400 1500 1600 1700
Blue/Green
250 280 450 390 300 170 160 150 140 130240
0.8 1.3 3.0 1.6 1.2 - - - - -0.9
8 6 6 6 6 - - - - -6
- - - - -
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I n su l a t i ng Our Wor ld
Superwool T)& -&"%*/( #3"/% */ )*()5&1&3"563& -08 #*01&34*45&/5
'*#3& */46-"5*0/.
Insulating fibre
M+$a* T%")a( C"a)&. - E0+," P+!0/ Da/a B+%0"
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SECTION 6
Pa," ,+!0/.
Superwool paper products
11-5-00 :
Superwool Plus Paper
11-4-00 :
Superwool 607 HT Paper
5-7-31 :
Thermatex 500 Paper
5-7-32 :
Thermatex 850 Paper
Refractory ceramic fibre (RCF)paper products
5-7-33 :
E.R. Glass
5-7-34 :
Green Glass
5-7-20 :
Kaowool 1260
5-7-27 :
Kaowool 1260 Waterproof
5-7-28 :Kaowool 1400 Paper
5-7-26 :
Kaowool 1600 Paper
37
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Paper products overview
Introduction to our paper products
High temperature insulation wool is a material for use in
high temperature applications such as the insulating lining
of metallurgical ovens and furnaces, petrochemical heaters,
and ceramic kilns etc.
Morgan Thermal Ceramics high temperature
insulation wool (HTIW) includes:
AES wools (alkaline earth silicates): Superwool fibre
RCF wools (aluminosilicates) and polycrystalline wools:
Cera & Kaowool
HTIW are used in applications from 600C up to 1800C
In use high temperature insulation wool will:
Contribute to protecting people and propertyfrom excessive heat
Reduce greenhouse gas emissions
Reduce energy usage
Improve efficiency of furnaces and process equipment
Typical applications for high temperature
insulation wool Paper:
Gasketing between aluminum and zinc trough sections
Aluminum furnace tap-out plug cover and parting agent
Aluminum distributor pan linings
Gaskets for any high temperature application
Back up lining for metal troughs Refractory back up for aluminum melting and
holding furnaces
Aluminum casting and fabrication
Insulating thermal break
Insulating gaskets
Expansion joints
Parting media
Die cut gaskets for domestic appliances
Thermal barriers for vehicles (silencers, catalytic
exhausts and heat shields)
Fire protection
Paper
Specially processed to offer excellent performance in
high-temperature applications and offer an alternative to
traditional solutions due to its unique properties of high
refractoriness and excellent non-wetting characteristics to
applications requiring direct contact with molten aluminium
and stability and resistance to chemical attack.
Insulating paper conforms easily to complex shapes and
can be die-cut and used in a wide range of applications
as thermal insulation and are especially suited to use ingaskets and as a parting medium.
I n su la t i ng Our Wor ld
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Superwool fibreSuperwool fibre is a high-temperature insulating wool
composed of man-made vitreous silicate fibres. Superwool
fibre is exonerated from the carcinogen classification in the
European Union under the terms of NOTA Q of European
Directive 67/548/EEC.
Superwool fibre has been developed to show improved
high temperature characteristics required to act as an
alternative to RCF. The Superwool fibre family of products
offer a versatile alternative to traditional insulation solutions
for commercial, industrial, and transportation applications.
Morgan Thermal Ceramics Superwool fibre patented
technology is available in a variety of forms including bulk,
blanket, boards, felt, paper, vacuum-formed, pyro-logs,
pyro-blocs, z-bloks and mastic products.
Superwool paper products - grades available:
Superwool 607 HT:
classification 1300C
The only low biopersistent fibre available with a
classification temperature of 1300C.
Superwool Plus fibre:
classification 1200C
An engineered solution which saves energy and
respects the environment.
Benefits:
Excellent thermal insulating performances
Free of binder or lubricant
Thermal stability
Low heat storage
Good resistance to tearing
Flexible and resilient
Immune to thermal shock
Good sound absorption
Exonerated from any carcinogenic classification
under NOTA Q of European Directive 97/69 E
Exonerated from any use restriction under annexe Vnumber 7.1 of the German hazardous substances
regulation (TRGS 905)
Refractory ceramic fibre (RCF)RCF man made vitreous fibres (MMVF); chemical
constituents are predominantly alumina and silica.
Such MMVFs are classified in the EU as category 2
carcinogens.
RCF is a highly versatile material which can be spun orblown into bulk and air-laid into blanket, folded into
modules, converted into papers, boards, and shapes.
High-performance paper products from Morgan Thermal
Ceramics are the preferred choice over traditional
fibreglass, textile, or metal products for thermal, acoustical,
or filtration management.
RCF paper products - grades available:
Kaowool:
classification 1260C and 1400C
Kaowool Waterproof:
classification 1260C
Glass fibre paper products - grades available:
E.R. Glass:
maximum continuous use 500C
Green Glass:
maximum continuous use 500C
Thermatex 500:
maximum continuous use 500C
Mineral fibre paper products - grades available:
Thermatex 850:
maximum continuous use 850C
Alumina paper products - grades available:
Kaowool 1600:
maximum continuous use 1600C
Manufactured from high purity refractory fibres and
designed for high temperature insulation. Advanced
production techniques ensure uniform fibre distribution
and close control of thickness and density.
RCF paper is produced from alumina-silicate fibres with
the minimum addition of carefully selected bonds, which
burn out cleanly in service. They exhibit excellent strength,
flexibility and good handling characteristics.
Benefits:
Good resistance to tearing
High flexibility
Low shot content
Precise thickness Resistant to thermal shock
Very low thermal conductivity
Low thermal mass
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Paper products
I n su la t i ng Our Wor ld
11-4-00 11-5-00 5-7-33 5-7-34 5-7-20 5-7-27
Superwool
607 HTPaper
Superwool
Plus
Paper
E.R.Glass
Green Glass Kaowool1260
Kaowool 1260Waterproof
Maximum Continuous Temperature, C - - 500 500 - -
Classification Temperature, C 1300 1200 - - 1260 1260
Colour white white white green white white
Density, kg/m3 210 190 - 210 150 150 210 210
Tensile Strength, kN/m2 >0.45 >0.65 6.3 >6.5 750 750
Loss on Ignition, % 8 8 - - 8 9
Melting Point, C - - 720 720 1760 1760
Permanent Linear Shrinkage, % ENV (1094-1)
after 24hrs @ 1000C -
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Paper products
5-7-28 5-7-26 5-7-31 5-7-32
Kaowool
1400 PaperKaowool
1600 PaperThermatex
500 PaperThermatex
850 Paper
Maximum Continuous Temperature, C - - 500 850
Classification Temperature, C 1400 1600 - -
Colour white white white light green
Density, kg/m3, (*depending on grade) 210 150 120-150 180-200
Tensile Strength, kN/m2 750 250 -
longitudinal
1.0/transverse
0.5
Loss on Ignition, % 6 6 8 4.5 - 9.0
Melting Point, C 1760 2000 700 >1000
Permanent Linear Shrinkage, %, After 24 hours - 250 500 -
Linear Shrinkage, %, 4 hours @ 1400C 3 - - 4.5 - 9.0
Thickness Measurement Pressure, kPa 10 3 3 -
Fibre Diameter, Microns2-3 3 2.3 - 3.2 5.5
Fibre Length, mm - - - up to 15
Thermal Conductivity, W/mk
Mean Temperature @ 100C 0.048 0.04 - 0.04
@ 200C 0.070 - - -
@ 300C 0.105 0.06 - 0.084
@ 500C - 0.09 - 0.130
Chemical Composition, %
SiO2 46-52 9 65 47.5
Al2O3 48-54 88 3.5 14.0
Na2O - - 12 -
B2O3 - - 6 -
CaO + MgO - - 9.5 26.0
Fe2O3 - - - 6.5
Other Oxides
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I n su l a t i ng Our Wor ld
Superwool T)& -&"%*/( #3"/% */ )*()5&1&3"563& -08 #*01&34*45&/5
'*#3& */46-"5*0/.
Insulating fibre
M+$a* T%")a( C"a)&. - E0+," P+!0/ Da/a B+%0"
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SECTION 7
F"(/ ,+!0/.
Superwool felt products
11-5-05 :
Superwool Plus Clad
11-4-05 :
Superwool 607 HT Clad
11-4-10 :
Superwool 607 HT Felt
Refractory ceramic fibre (RCF) felt products
5-5-08 :
Cerafelt
5-7-29 :
Kaowool
1260 Felt
5-7-30 :
Kaowool Flexi-Felt
5-6-110 :
Ultrafelt
43
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Felt products overview
Introduction to our felt products
High temperature insulation wool is a material for use inhigh temperature applications such as the insulating lining
of metallurgical ovens and furnaces, petrochemical heaters,
and ceramic kilns etc.
Morgan Thermal Ceramics high temperature
insulation wool (HTIW) includes:
AES wools (alkaline earth silicates): Superwool fibre
RCF wools (aluminosilicates) and polycrystalline wools:
Cera & Kaowool
HTIW are used in applications from 600C up to 1800C
In use high temperature insulation wool will:
Contribute to protecting people and property
from excessive heat
Reduce greenhouse gas emissions
Reduce energy usage
Improve efficiency of furnaces and process equipment
Typical applications for high temperature
insulation wool Felt:
Hot Top insulation for steel ingots
Back-up insulation for furnaces and launder systems
Insulating wrap for shrouds/stopper rods in steel
manufacture
Gaskets for low pressure casting systems Thermocouple tube protection
Automotive and aerospace heat shields
Felt
An insulating felt obtained by hot pressing particularly
suitable for die-cutting operations. Semi rigid, it is
neither brittle nor dusty. Felt optimizes the manufacture of
complex, die-cut shapes to close tolerances.
I n su l a t i ng Our Wor ld
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Superwool fibreSuperwool fibre is a high-temperature insulating wool
composed of man-made vitreous silicate fibres. Superwool
fibre is exonerated from the carcinogen classification in the
European Union under the terms of NOTA Q of EuropeanDirective 67/548/EEC.
Superwool fibre has been developed to show improved
high temperature characteristics required to act as an
alternative to RCF. The Superwool fibre family of products
offer a versatile alternative to traditional insulation solutions
for commercial, industrial, and transportation applications.
Morgan Thermal Ceramics Superwool fibre patented
technology is available in a variety of forms including bulk,
blanket, boards, felt, paper, vacuum-formed, pyro-logs,
pyro-blocs, z-bloks and mastic products.
Superwool felt productsSuperwool Felt is an insulating felt obtained by hot
pressing. It is made from Superwool fibres, bonded with
an organic binder which begins to burn out at 180C. This
special binder makes Superwool Felt particularly suitable
for die-cutting operations. Semi rigid, it is neither brittle
nor dusty. Superwool Felt optimizes the manufacture of
complex, die-cut shapes to close tolerances. Made from
chemically stables fibres, lightweight and very insulating,
Superwool Felt is a multi-purpose product.
Superwool
felt products - grades available:
Superwool 607 HT:
c$a**"f"ca+"'& 1300C
The only low biopersistent fibre available with a
classification temperature of 1300C.
Superwool Plus fibre:
c$a**"f"ca+"'& 1200C
An engineered solution which saves energy and
respects the environment.
Benefits:
High temperature resistance with low thermal conductivity Particularly suited to cutting operations
Flexible or semi-rigid, depending on density selected
High sound absorption properties
Precise thicknesses
Resistant to thermal shock
Low heat storage
Exonerated from any carcinogenic classification
under NOTA Q of European Directive 97/69 E
Exonerated from any use restriction under annexe V
number 7.1 of the German hazardous substances
regulation (TRGS 905)
Refractory ceramic fibre (RCF)RCF man made vitreous fibres (MMVF); chemical
constituents are predominantly alumina and silica.
Such MMVFs are classified in the EU as category 2
carcinogens.
RCF is a highly versatile material which can be spun or
blown into bulk and air-laid into blanket, folded into
modules, converted into papers, boards, and shapes.
High-performance felt products from Morgan Thermal
Ceramics are the preferred choice over traditional
fibreglass, textile, or metal products for thermal, acoustical,
or filtration management. These QS 9000/ISO 9002
certified, lightweight products offer equal or superior
performance with reduced costs, can be die-cut easily,
feature low thermal conductivity, and are durable,
compressible, and flexible.
RCF felt products - grades available:
Cerafelt:
c$a**"f"ca+"'& 1320C
Kaowool Felt:
c$a**"f"ca+"'& 1260C
Kaowool Flexi-Felt:
c$a**"f"ca+"'& 1250C
Ultrafelt:
c$a**"f"ca+"'& 1260C
Ceramic Felt exhibits excellent strength, has good
flexibility and is pleasant to handle, cuts cleanly and is
ideally suited for the manufacture of the most intricate
die-cut shapes and gaskets even in thin section. It is
available in roll form which permits maximum material
utilisation offering improved flexibility to the die-cutter.
Other beneficial properties include low thermal
conductivity, low thermal mass and exceptionally high
thermal shock resistance.
Benefits:
Good resistance to tearing
High flexibility
Low shot content
Precise thickness
Resistant to thermal shock
Very low thermal conductivity
Low thermal mass
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F&-5 130%6$54
I n su l a t i ng Our Wor ld
Density, kg/m3 (*depending on grade)
Loss of Ignition, % (*depending on grade)
1200
Superwool
PlusClad
11-5-05
Colour
@ 1100C
-
Classification Temperature, C
-
@ 1200C
-
-
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F&-5 130%6$54
5-5-08 5-7-29 5-7-30 5-6-11
Cerafelt Kaowool 1260 Felt Kaowool Flexi-Felt Ultrafelt
Classification Temperature, C 1320 1260 1250 1260
Colour yellow white white white
Density, kg/m3 (*depending ongrade)
48 64 96 128 160 192 288 384 130 - 190 12896, 128,
160
Tensile Strength, kN/m2 - >550 550 -
Loss on Ignition, % 4- 12 7 7 -
Melting Point, C - 1760 1760 -
Permanent Linear Shrinkage, % (after 24hrs)
@ 1260C 2.5 - - -
@ 1320C 3 - - -
Linear Shrinkage, %, 4 hrs @ 1260C - 3.5 3 -
Specific Heat Capacity, kJ/kgK
@ 540C 1.13 - - -
Mean fibre diameter (microns),
*optical measurement- - 2-3 -
Thermal Conductivity, W/mk
@ Mean Temperature @ 200C - - - - - - - - - - 0.05
@ 300C 0.11 0.10 0.08 0.08 0.07 0.07 0.07 0.06 - - -
@ 400C - - - - - - - - - - 0.09
@ 500C 0.20 0.17 0.14 0.12 0.11 0.11 0.10 0.10 - - -
@ 600C - - - - - - - - - - 0.13
@ 700C 0.33 0.27 0.21 0.18 0.16 0.15 0.13 0.13 - - -
@ 800C - - - - - - - - - - 0.18
@ 900C 0.51 0.41 0.31 0.25 0.22 0.20 0.17 0.15 - - 0.24
@ 1000C 0.75 0.59 0.42 0.34 0.29 0.25 0.21 0.18 - - -
Chemical Composition, %
SiO2 49.7 48-54 48-54 53
Al2O3 35.1 46-52 46-52 47
Fe2O3 0.1 - - -
ZrO2 14.7 - - -
CaO + MgO 0.05 - - -
Na2O + K2O 0.2 - - -
Other Oxides -
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I n su l a t i ng Our Wor ld
Superwool T)& -&"%*/( #3"/% */ )*()5&1&3"563& -08 #*01&34*45&/5
'*#3& */46-"5*0/.
Insulating fibre
M+$a* T%")a( C"a)&. - E0+," P+!0/ Da/a B+%0"
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SECTION 8
T"1/&(" ,+!0/.
Superwool textile products
11-5-02 :
Superwool Plus Textiles
Refractory ceramic fibre (RCF) textile products
5-7-21 :
Kaowool Rope & Textiles
49
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Textile products overview
Introduction to our textile products
High temperature insulation wool is a material for use inhigh temperature applications such as the insulating lining
of metallurgical ovens and furnaces, petrochemical heaters,
and ceramic kilns etc.
Morgan Thermal Ceramics high temperature
insulation wool (HTIW) includes:
AES wools (alkaline earth silicates): Superwool fibre
RCF wools (aluminosilicates) and polycrystalline wools:
Cera & Kaowool
HTIW are used in applications from 600C up to 1800C
In use high temperature insulation wool will:
Contribute to protecting people and property
from excessive heat
Reduce greenhouse gas emissions
Reduce energy usage
Improve efficiency of furnaces and process equipment
Typical applications for high temperature
insulation wool Textiles:
Welding curtains in steel fabrication
Fire blankets for commercial and domestic kitchens
Smoke and fire curtains in buildings
Kiln car, expansion joint and door seals in furnaces
Gaskets in furnaces and domestic appliances Flexible expansion compensators in power generation
equipment
Removable, flexible thermal insulation quilts for pipe
work and valves in the petrochemical and power
generation industry
Textiles
Cloths, threads, ropes and yarns converted into various
forms for specialised applications.
I n su l a t i ng Our Wor ld
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Superwool fibreSuperwool fibre is a high-temperature insulating wool
composed of man-made vitreous silicate fibres. Superwool
fibre is exonerated from the carcinogen classification in the
European Union under the terms of NOTA Q of EuropeanDirective 67/548/EEC.
Superwool fibre has been developed to show improved
high temperature characteristics required to act as an
alternative to RCF. The Superwool fibre family of products
offer a versatile alternative to traditional insulation solutions
for commercial, industrial, and transportation applications.
Morgan Thermal Ceramics Superwool fibre patented
technology is available in a variety of forms including bulk,
blanket, boards, felt, paper, vacuum-formed, pyro-logs,
pyro-blocs, z-bloks and mastic products.
Superwool textile productsgrades available:
Superwool Plus fibre:
c$a**"f"ca+"'& 1200C
An engineered solution which saves energy and
respects the environment.
Benefits:
Low thermal conductivity Flexible and easy to use
Excellent appearance
Excellent thermal shock resistance
Resistant to molten aluminium
Exonerated from any carcinogenic classification
under NOTA Q of European Directive 97/69 E
Exonerated from any use restriction under annexe
V number 7.1
RCF textile products -c$a**"f"ca+"'& ,( +' 1260C
Superwool textiles and RCF textiles -
Range includes:
Yarn: Is the base of all the textile range of products.
The yarn is reinforced with either a glass filament or a
fine inconel wire.
Cloth: Woven from a glass or inconel wire reinforced
ceramic fibre yarn.
Cables Rope (high density): Manufactured from
ceramic yarn which is either glass filament or inconel
wire reinforced. It is composed of 3 pre-twisted strands
each containing a predetermined multiple of fibre yarns
which form a flexible, high density rope.
Cables Rope (low density): Manufactured from
roving which is glass filament reinforced. It is
composed of 3 pre-twisted strands each containing a
predetermined multiple of yarns which are twisted
together to form a flexible, low density rope.
Rope Lagging: Consists of a strip of fibre blanket
that is overbraided with a glass yarn producing a highly
insulating rope product of medium density, which is
also compressible and flexible. Can also be overbraided
with either a cotton yarn or a fine inconel wire.
Twisted Rope: Consists of a multiple of fibre yarn
strands which can be either glass filament or inconel
wire reinforced. They are twisted together to give the
required final product diameter giving a soft rope
product that is easily compressed and particularly
suitable as a seal between uneven surfaces.
Webbing: Woven from either glass or inconel wire
re-inforced fibre yarn.
Ladder Tape: Woven from either glass or inconel
wire reinforced fibre yarn. It has a similar weave to clothon the outer edges, but an open weave in the centre
allowing for ease of installation over studs and is
ideal as a gasketing material.
Benefits:
High temperature stability
Lightweight and flexibility in use
Excellent thermal shock resistance
1200
Kaowool Rope & Textiles
Availability
500
5-7-2111-5-02
Superwool Plus Textiles
Classification Temperature, C
Twisted Rope Round Braided Packing Rope Lagging
Square Braided Packing Braided Sleeving Webbing
Yarn Cloth Cabled Rope (high density) Cabled Rope (low
density) Rope Lagging Twisted Rope Webbing Ladder Tape
Glass Steel Alumino-Silicate Glass Filament Inconel Wire
1000 1260 550 1100
Superwool Plus
M+$a* T%")a( C"a)&. - E0+," P+!0/ Da/a B+%0"
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I n su l a t i ng Our Wor ld
M03("/ T)&3"- C&3"*$4
0''&34 " 3"/(& 0' S*-*$0/
C"3#*%& 130%6$54 */ 5)& '034
0' 4&-' #0/%&% "/% N*53*%&
#0/%&%.
M+$a* T%")a( C"a)&. - E0+," P+!0/ Da/a B+%0"
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SECTION 9
S&(&+* Cab&!" ,+!0/.
Nitride Bonded Pressed
Nitride Bonded Cast
Ramming Cements
Castable Cements
Laying Cements
SB 020
SB 019
CBF
CBC
53
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5/22/2018 Morgan Catalogue
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The alpha silicon carbide crystals impart high thermal
conductivity and refractoriness, low thermal expansion
and outstanding abrasion/erosion resistance.
To manufacture Morsil nitride bonded, graded alpha orelectric furnace silicon carbide crystals and fine silicon are
formed into shape, and fired in a pure nitrogen atmosphere
at approximately 1420C. The result is a refractory
consisting of a mixture of alpha silicon carbide grain in a
matrix of alpha and beta silicon nitride, with minor amounts
of residual silicon and silicon oxynitride.
Due to the fact that the bond phase grows within existing
porosity, there is little to no dimensional change upon firing
and a net weight gain occurs. This bond is mainly
responsible for the extremely high modulus of rupture and
outstanding oxidation and corrosion resistance of Morsil
nitride bonded silicon carbide.
Typical applications
Kiln Furniture: used in kiln settings or on kiln cars as
permanent or tear down assemblies for both periodic and
tunnel kiln firings. The high thermal conductivity of Morsil
silicon carbide promotes circulation of combustion gases
for even heating and subsequent cooling throughout the
ware of the load. Fuel efficiency in improved, as faster kiln
cycles can be used.
Steam Generation: large, flat, thin, easy to handle strong
tiles can be manufactured, that reduce energy consumptionand the number, mass and costs of ancillary kiln furniture.
Multiple deck setting for sanitary ware: the high hot
strength of Morsil silicon carbide translates into minimal
ware losses, due to warpage or distortion, especially on
large sanitary ware shapes, because the tiles remain flat
throughout their service life.
Copper re-melt: it is usual to pre-glaze Morsil silicon
carbide kiln furniture with an alumina or kaolin type wash, to
prevent spitting or discolouration of ware. A wash coat
will also minimise oxidation of Morsil which is suitable for
e