Advanced LSZH Thermoplastic Compounds

XLPE Cross-Linkable CompoundsMoisture Cure Technology

PERFORMANCE POLYMER SOLUTIONS

Advanced LSZH Cross-Linkable Compounds

THERMODAN® PEXIDAN® HF PEXIDAN®

SACO AEI Polymers Performance Polymers We are a customer-driven compounder offering premium value and innovative polymer solutions for customers in Europe, Asia, MENA, Latin America and North America. Our technology-driven company focuses on optimizing quality, driving efficiency, and adding ultimate value to our customer’s products. We synergistically deliver real value to our customers by developing and manufacturing a full range of Thermoplastic & Thermoset Compounds, Additives and Catalyst Masterbatches for the Wire & Cable, Building & Construction, Pipe & Tubing and Specialty Markets.

SACO AEI Polymers’ expertise and commitment to custom formulating for unique applications delivers world-class product solutions, commercially available off-the-shelf. Technology-infused compounds have allowed us to build industry-recognized brands like our THERMODAN®, PEXIDAN® HF, and PEXIDAN®. Our expertise extends to Non-Halogenated Fire Retardants for the development of compounds that meet or exceed the performance requirements of global regulatory industry standards.

Quality Driven Global Facilities Registered to ISO9001: 2015

SACO AEI Polymers LaboratoriesSACO AEI Polymers’ research & development centers strive to develop industry leading and innovative solutions for our customers. Dedication and investment in research and development has resulted in the fastest go-to-market solutions for our customers. Global facilities are customer-centric, with outstanding formulation chemists, and extensive analytical laboratory capabilities. Formulations are validated by real-life application testing. SACO AEI delivers exceptional technical performance.

We validate formulations and real-world applications through continuous testing in our laboratories to: Optimize Your Quality | Drive Efficiency | Deliver Ultimate Value | Fastest Go-To-Market Solutions

THERMODAN®

Advanced Performance Low Smoke Zero Halogen Thermoplastic Compounds THERMODAN® LSZH Thermoplastic compounds provide the ultimate security for human safety in high occupancy and restricted area facilities. Up to 95% less smoke, low toxicity, low acid gas producing characteristics than Halogenated systems.

LSZH Standards: Complies with IEC | EN | BS | UL | CSA Standards for LSZH Compounds for a wide variety of markets & applications. LSZH Cable Appplications: Power | Energy | Data Cable | Fiber Optic

The Superior Solution for the Ultimate in Security | Human Safety & in Hazardous Environment Industrial Facilities

Performance Characteristics • High Thermal Crack Resistance • High Extrusion Line Speed • High Fire Performance • CPR Compliant• Up to 95% Less Smoke | Toxicity | Acid Gas • UL LS Cable Designation Capable• Low Temperature Flexibility • Sunlight Resistant for Outdoor Use • Outstanding Heat | Abrasion | Chemical Resistance • LEED® Technology Competence• UL 2885 HF Certified

Markets | Applications

• LV Power | Energy | Control | Instrumentation | Mining• Data | Fiber Optic• Transit | Subway• Petrochemical | Oil & Gas • Renewable Energy

THERMODAN® HF Thermoplastic Halogen Free Flame Retardant Compounds

Product DensityElongation

at Break (%)

Tensile Strength

(MPa)

LOI

(%02)Market Key Features | Description

TP521 1.48 180 13.0 33 LV Power Cables Crack and tear resistant/ general purpose for use as insulation and sheathing/ designed for hot and humid climates

TP0832 1.48 165 12.5 35 LV Power Cables Enhanced crack and tear resistant sheathing grade/ designed for hot climates and LPCB applications

TP543C 1.57 170 13.0 41LV Power Cables

Data Cables Fiber Optic/ CPR

Enhanced flame retardancy and physical properties for insulation and sheathing/ crack resistance/

available precolored with UV and anti-termite additives

TP543CBU2 1.57 170 13.0 41LV Power Cables

Data Cables Fiber Optic/ CPR

Enhanced FR and physical properties for insulation and sheathing

TP519C 1.50 170 13.0 34 LV Power Cables Data Cables/ Fiber Optic

Wide process window with high extrusion speeds/ low die drool/ suitable for insulation and sheathing

TP0837 1.50 165 12.0 38 LV Power and Datacom Cables Insulation and Sheathing

High line-speed/ low die drool/ suitable for insulation and sheathing

TP0840 1.50 160 12.5 32 LV Power Cable/ CPREnhanced FR performance with char formation to comply

with BS EN 50290-2-27 for Type HM2 and HD 604 for type HM4 CPR B2 rated

TP0870 1.46 230 11.5 32 Flexible Ribbon and Elevator Cables Highly Flexible for insulation and sheathing

TP0812 1.50 180 12.5 40 Fiber Optic/ Telecom/ Data General Purpose LV Cables CPR

Low shrink/ high performance UL 1666/FT4 high processibility/ low die-drool/ suitable for buffer/ sheathing

TP343 1.64 232 11.5 45 Fiber Optic/ Telecom/ Data General Purpose LV Cables/ CPR High FR for Cat 5 & 6 Copper & Fibre Optic Cables

TP0851 1.40 160 12.0 - LV Fire Security and Fire Survival Cables

Ceramifiable sheathing compound emergency alarm/ communications

lighting and electrical circuit integrity cables

THERMODAN® TP 521

Thermoplastic, Low Smoke, Halogen Free, Flame Retardant Compound for Cable Insulation & Sheathing

This is a flame retardant, low smoke, thermoplastic compound which has been specially developed to meet the requirements of limited toxic and corrosive fume emission, having good moisture resistance and hot pressure performance.

TP 521 has been specially developed to comply with the requirements of BS7655 Section 6 for types LTS1, 2, 3 and 4; BS EN 50290-2-27 for type HM2 and HD 604 for type HM4. Cables made with TP 521 have passed the 3m3 smoke density chamber test to IEC 61034-2.

Test Test Method Unit Typical Value Physical Properties and Mechanical Properties Density BS EN ISO 1183-3 g/cm3 1.48 Tensile strength IEC 60811-501 N/mm² 13 Elongation at break IEC 60811-501 % 180 Tear Strength BS 6469-99.1 N/mm 7 Melt Flow Rate (21.6kg @150°C) AEI Method g/10 minutes 6 Hardness (N) Shore A - 90

Typical Ageing Behaviour After 7 Days at 100° Tensile Strength IEC 60811-401 % variation -10 Elongation at Break IEC 60811-401 % variation +13 Thermo Mechanical Properties Hot pressure deformation at 100°C IEC 60811-508 % 30 Cold bend test at -50°C IEC 60811-504 - pass Elongation at break at -30°C IEC 60811-505 % 60 (pass) Cold impact at -30°C IEC 60811-506 - pass Thermal crack resistance @ 80°C AEI internal method - pass

Fire and Smoke Properties Oxygen Index BS ISO 4589-2 % 33 Temperature Index BS ISO 4589-3 °C 270 Halogen Acid Gas Evolution IEC 60754-1 % <0.5

Electrical Properties at 90°C Insulation Constant Ki at 20°C BS EN 50395 MΩ.km 7.7 Insulation Constant Ki at 90°C BS EN 50395 MΩ.km 0.057

Fluid Resistance Time (hrs) Temperature °C % Variation in TS % Variation in EBASTM No2 4 23 9 2ASTM No2 4 70 14 24ASTM No2 4 100 28 48

THERMODAN® TP 543C

Thermoplastic, Low Smoke, Halogen Free, Flame Retardant Compound for Cable Insulation and Sheathing

A flame-retardant low-smoke thermoplastic compound which has been specially developed to meet the requirements of limited toxic/corrosive fume emission and having high fire retardancy as indicated by a high oxygen index.

TP 543C has been specially developed to comply with the requirements of BS 7655 Section 6 for types LTS1, 2, 3 and 4; EN 50290-2-27 for type HM2 and HD 604 for type HM4. Cables made with TP 543C have complied with IEC 332 part 1 and 3 fire tests.

Test Test Method Unit Typical Value

Physical Properties and Mechanical Properties Density BS EN ISO 1183-3 g/cm3 1.54 Tensile Strength IEC 60811-501 N/mm² 13 Elongation at Break IEC 60811-501 % 170 Tear Strength BS 6469-99.1 N/mm 6 Melt Flow Rate (21.6kg @150°C) AEI Method g/10 minutes 7

Typical Ageing Behaviour After 7 Days at 100° Tensile Strength IEC 60811-401 % variation -12 Elongation at Break IEC 60811-401 % variation +12

Thermo Mechanical Properties Hot Pressure Deformation at 90°C IEC 60811-508 % 35 Cold Bend Test at -30°C IEC 60811-504 - pass Elongation at Break at -30°C IEC 60811-505 % 50 (pass)

Fire and Smoke Properties Oxygen Index BS ISO 4589-2 % 41 Temperature Index BS ISO 4589-3 °C >300 Halogen Acid Gas Evolution IEC 60754-1 % <0.5

Electrical Properties at 90°C Insulation Constant Ki at 20°C BS EN 50395 MΩ.km 7.7 Insulation Constant Ki at 90°C BS EN 50395 MΩ.km 0.057

PEXIDAN® HF

Low Smoke Zero Halogen Moisture Cure Compounds

PEXIDAN® LSZH Moisture cure compounds provide the ultimate security for human safety in high occupancy and restricted area facilities providing low smoke, low toxicity & low acid gas producing characteristics.

Performance Characteristics | Technology Advantages • Very High Thermal Crack Resistance • High Cable Productivity • High Flame Performance IEC | EN | UL | CSA • CPR Compliant • Low Temperature Flexibility to -40°C • Outstanding Heat | Abrasion | Chemical Resistance• High Oil Res I & II, SHF2, Fluids • LOCA approved• Up to 95% Less Smoke | Toxicity | Acid Gas • UL LS Cable Designation Capable• Sunlight Resistant for Outdoor Use • LEED® Technology Competence • UL 2885 HF Certified

Markets | Applications• Meets IEC | UL | CSA | BS Standards • LV Power | Energy | Data | Fiber Optic | Control | Instrumentation• High Occupancy | Restricted Area Facilities • Transit | Subway | Airports | Government | Hospitals• Hazardous Industrial Environments • Petrochemical | Mining | Oil & Gas | Substation

PEXIDAN® HF Silane Crosslinkable Halogen Free Flame Retardant Compounds

Product DensityElongation

at Break (%)

Tensile Strength

(MPa)

LOI

(%02)Market Key Features | Description

SX0612:CM601 1.47 170 14.0 33 Building Wire CPR

Available in standard/ 125ºC working temperature scorch resistant BS7211 and BS EN 50363 (EI5)

Enhanced FR and ambient cure versions

SX545:CM540U 1.49 140 12.0 32 Building Wire Flexible/ general purpose to meet BS7211 and BS EN 50363 (EI5)

SX559:CM540U 1.49 165 14.0 36 Building Wire Nuclear CPR

125ºC Working temperature/ enhanced FR for insulation & sheathing LOCA Approved

SX407K:CM424 1.37 140 12.0 32 Nuclear Available in standard/ 125ºC working temperature LOCA approved insulation and sheathing compound

SX0622:CM540U 1.43 160 10.5 35 OPG Marine

Flexible/ oil resistant sheathing compound for marine and offshore cables/ IEC 60092-360 SHF2

SX0623:CM540U 1.43 170 12.0 34 RailwayFlexible/ oil resistant sheathing compound for

railway cables IEC 60092-360 SHF2 BS 7655-2.6 SW4 and generally to BS EN 50264

SX0650:CM601 1.47 180 13.0 34 PV Solar PV Solar insulation/ sheathing with FR and UV resistance to meet BS EN 50618 and TUV

SX0651:CM540U/1 1.29 275 14.3 35UL Std.

Building Wire LV Insulation

UL 44, 90 deg. C/ wet electricals rated/ XHHW-2 FT2 UL bulletin listed

SX0652:CM540U/1 1.36 180 13 35 UL Std. Jacket

UL1277 jacket for single- and multi-conductor tray-rated LV cables fiber optic cable jacket capable low

smoke zero halogen for hazardous industrial & commercial environments petrochemical/ transit/

offshore oil platforms/ substation control UL1277 Jacket

PEXIDAN® HF SX 0650

Solar UV Resistant, Silane Crosslinkable, Halogen Free, Flame Retardant Compound for Photovoltaic Insulation & Sheathing

SX 0650:CM601 system is a low smoke, low fume, fire retardant silane crosslinkable compound, which can be processed like a thermoplastic material at high output rates. The graft component, SX 0650, is mixed with the crosslinking catalyst masterbatch, CM601, generally in the ratio 95:5. The SX 0650:CM601 system has been developed to meet specification requirements TUV 2Pfg1169:2007 & EN 50618:2014.

Test Test Method Unit Typical Value

Physical Properties and Mechanical Properties Melt Flow Rate (21.6kg @150°C) SACO AEI Method g/10 minutes 11 Tensile Strength IEC 60811-501 N/mm2 13 Elongation at Break IEC 60811-501 % 180 Density BS EN ISO 1183-3 g/cm3 1.47

Typical Ageing Behaviour After 7 Days at 150° Tensile Strength IEC 60811-401 % variation +15 Elongation at Break IEC 60811-401 % variation -15 Thermal Endurance 120°c BS EN 60216-1 hours >20,000 BS EN 60216-2

Cure Assessment by Hot Set Test Elongation Under Load (20N/cm 2 at 250°C) IEC 60811-507 % 30 Permanent Elongation After Cooling IEC 60811-507 % 0

Thermo Mechanical Properties Pressure Test at High Temperature 140°C IEC 60811-508 % 35

Resistance Against Acids EN 60811-404 Pass& Alkaline Solutions

Low Temperature Properties Cold Impact @ -40°C IEC 60811-506 No cracks Cold Bending @ -40°C IEC 60811-504 No cracks

Weathering/UV Resistance BS EN 50618 Annex E PassDynamic Penetration BS EN 50618 Annex D PassNotch Propagation TUV 2Pfg 1169 Pass

Fire and Smoke Properties Vertical Flame Propagation BS EN 60332-1-2 Pass Halogen Acid Gas Evolution IEC 60754-1 % <0.5

Electrical Properties at 90°C Insulation Resistance at 90°C BS EN 50395 MO.km 12 Long Term Resistance of Insulation to D.C.

PEXIDAN® HF SX 0612S

Low Smoke, Low-Toxicity, Halogen-Free, Flame-Retardant Compound for Insulation of LV Cables and Sheathing of All Types of Cables

SX 0612S is a low smoke and low fume, fire retardant, silane-crosslinkable compound that can be processed like a thermoplastic material at high output rates. The crosslinking catalyst masterbatch CM601 or CM602 is mixed with the SX-0612S graft component at an addition rate of between 5 and 10%, the rate dependent upon the extruder residence time.

SX 0612S combines good mechanical and electrical properties with enhanced fire retardancy to meet demanding insulation specifications such as IEC 60092-351/HF90, BS EN 50363-5 for EIS, BS EN 50525-3-41 and BS7211. SX 0612S is also suitable for sheathing of cables requiring high levels of fire retardancy.

Test Test Method Unit Typical Value Physical Properties and Mechanical Properties Melt Flow Rate (21.6kg @150°C) SACO AEI Method g/10 minutes 15 Tensile Strength IEC 60811-501 N/mm2 14 Elongation at Break IEC 60811-501 % 170 Density BS EN ISO 1183-3 g/cm3 1.47

Typical Ageing Behaviour After 7 Days at 150° Tensile Strength IEC 60811-401 % variation +15 Elongation at Break IEC 60811-401 % variation -10

Cure Assessment by Hot Set Test (Forced Cured at 80°C in Water) Elongation Under Load (20N/cm 2 at 250°C) IEC 60811-507 % 30 Permanent Elongation After Cooling IEC 60811-507 % 0

Thermo Mechanical Properties Hot Pressure Deformation (100°c, K=1) IEC 60811-508 % 35

Fire and Smoke Properties Smoke Density ASTM 2843:2004 % <3.5 Oxygen Index BS ISO 4589-2 % 33 Temperature Index BS ISO 4589-3 oc 245 Halogen Acid Gas Evolution IEC 60754-1 % <0.5 Corrosivity of Gases IEC 60754-2 pH 4.6 Conductivity of Gases IEC 60754-2 µSiem 13

Electrical Properties at 90°C Insulation Resistance BS EN 50395 MO.km 5 Insulation Resistance Constant (K) BS EN 50395 MO.km 1.5 Volume Resistivity BS EN 50395 Ohm.cm 4.4 X 1012

PEXIDAN® HF SX 0622

Oil Resistant, Flexible, Halogen Free, Flame-Retardant, Silane-Crosslinkable Sheathing Compound for Marine Cable Applications

SX 0622 is a silane-crosslinkable, moisture-cure, flexible and flame-retardant polyolefin compound with good oil-resistant properties. The graft component SX-0622 is mixed with a crosslinking catalyst masterbatch CM540U in a general ratio of 97:3.

SX 0622:CM540U compound has been developed to meet the requirements of IEC 60092-360 SHF2 shipboard cables standard exhibiting good flexibility, oil-resistance and tough sheathing protection.

Test Test Method Unit Typical Value Physical Properties and Mechanical Properties Melt Flow Rate (21.6kg @150°C) SACO AEI Method g/10 minutes 6 Tensile Strength IEC 60811-501 N/mm2 10.5 Elongation at Break IEC 60811-501 % 160 Density BS EN ISO 1183-3 g/cm3 1.43

Cure Assessment by Hot Set Test (Forced Cured at 80°C in Water) Elongation Under Load (20N/cm 2 at 200°C) IEC 60811-2-1 % 60 Permanent Elongation After Cooling IEC 60811-2-1 % 0

Heat Ageing Behavior After 168 Hours at 120°c Tensile Strength IEC 60811-401 % variation +25 Elongation at Break IEC 60811-401 % variation -5

Flammability Properties Oxygen Index BS ISO 4589-2 % 35 Halogen Acid Gas Evolution IEC 60754-1 % <0.5

Cold Temperature Properties Low Temperature Brittleness ASTM D638 oc -25

Fluid Resistance

Fluid Time Temperature Variation in Tensile Strength Variation in Elongation at Break

Hours oc % % IRM902 24 100 -28 -15

PEXIDAN®

Our Sioplas-type moisture cross-linkable polyolefins are available for a wide variety of end-use applications including wire insulation and jacketing, potable water & radiant heat pipe, injection molded fittings, heat shrinkable tubing and other molding and profile applications requiring elevated-temperature dimensional stability. Leading the market for three decades, our PEXIDAN® compounds feature outstanding long-term performance with superior strength, toughness, and resistance to heat/cold, chemicals, abrasion and creep. PEXIDAN® compounds offer the best of crosslinked olefins with the ease of processing found in thermoplastics and are available in non-FR, halogenated FR and LSZH versions. PEXIDAN® compounds are well-suited for most processing techniques and post-curable by steam, hot water or even ambient means.

MOISTURE CURE CROSSLINKABLE NON FR XLPE

Characteristics | Technology Advantages • Sioplas Moisture Cure technology• Ambient cure • Low Capital Cost Investment vs CV / e-beam• Long term production Extrusion Capability • Wide Processing window • Excellent Mechanical Strength and Toughness• Outstanding heat, Abrasion and Chemical resistance • Field Performance Proven for 40+ years • Consistent easy to use technology • Available in UV stabilised version • Version available for 125 degrees C operation

Markets | Applications• LV and MV Cable Insulations • IEC 60502 compliant • NFC 33-209 Cable Torsade compliant

PEXIDAN® SX Silane Crosslinkable Compounds for Low and Medium Voltage Cables

Product DensityElongation

at Break (%)

Tensile Strength

(MPa)Technology Market Key Features | Description

SX522A:CM401 0.925 450 18.0 Moisture Cure, Ambient Cure

LV Power Cable Insulation Ambient cure/ general purpose/ 90ºC rated

SX522AL:CM401 0.925 450 18.0 Moisture Cure, Ambient Cure

LV Power Cable Insulation

Ambient cure/ general purpose/ 90ºC rated lubricant additive package to improve processing

SX522A:CM401BU 0.95 450 18.0 Moisture Cure, Ambient Cure

LV Power Cable Insulation

Ambient cure with carbon black masterbatch for UV-resistant serial cable insulation

SX523:CM493 0.95 450 18.0 Moisture Cure LV Power Cable Insulation

High carbon black content to meet UV for aerial Cable Torsade insulation to NFC 33-209

SX546:CM497CD 0.92 500 24.0 Moisture Cure, Ambient Cure

LV Power Cable Insulation Ambient Cure XLPE/ 125ºC Rated

SX409NT:CM401 0.93 350 18.0 Moisture Cure MV Power Cable Insulation

Tree retardant 33kV rated for long-term retention of dielectric strength

SX505NT:CM401 0.90 350 9.0 Moisture CureLV, MV

Power Cable Insulation

EPDM Rubber based/ tree retardant grade with long-term retention of dielectric strength

SX554:CM493 0.90 420 9.5 Moisture CureLV, MV

Power Cable Insulation

1kV-10kV XL-EPDM flexible compound processable on thermoplastic extrusion equipment

PEXIDAN®

MOISTURE CURE CROSSLINKABLE HALOGENATED XLPE

High Performance Characteristics | Technology Advantages • UL 44 Bulletin Recognized • Excellent Mechanical Strength & Toughness• Sioplas Moisture Cure Technology • Up to 40% Improvement-Processing-Downtime• Low Capital Cost Investment vs CV | ebeam • Outstanding Heat | Abrasion | Chemical Resistance• Long Term Production Extrusion Capability • Field Performance Proven for 30+ Years• Wide Processing Window • Consistent | Easy to Use Technology• High Flame Performance UL | CSA • Halogenated | Non-Halogenated LSZH Formulations• High Performance Oil & Gas Res I & II • UL & CSA Sunlight Resistant for Outdoor Use

High Performance Markets | Applications• UL | LV Power Cable Insulations • UL | XHHW-2 | RHW-2 | USE-2 | RHH | SIS | UL4703 PV | UL854 | UL758

• CSA | LV Power Cable Insulations • CSA | RW90 | RWU90 | RPV90 | RPVU90 | CL1251 | CL1252 | CL1503 • UL | CSA Photovoltaic | Solar Wire • LSZH | Transit | Government | Airports | Hospitals • Automotive Primary & Battery Cables • Automotive SAE J1128 & ISO 6722 T3

PEXIDAN® Halogenated FR Systems

Product | System Market Description UL | CSA Specific Gravity LOI

Elongation at Break

(%)

Tensile Strength

(psi)

Flame & Smoke Rating

PEXIDAN® X/T LV Power Cable 90°C wet rated insulationUL 44 XHHW-2 / RHW-2 / SIS

UL 854 / USE-2 CSA RW90 / RWU90

1.01 23 375 2200 UL/CSA FT2

PEXIDAN® X/T-UV LV Power Cable 90°C wet rated insulation sunlight resistant

Colorable 6 AWG UL 44 / XHHW-2 / RHW-2 SIS / UL 854 / USE-2 / SUNRES 1.01 23 425 2350 UL/CSA FT2

PEXIDAN® X/T-UV2 LV Power Cable 90°C wet rated insulation sunlight resistant all sizes

Colorable All Sizes UL 44 / XHHW-2 RHW-2 / SIS / PV Cable UL 4703

UL 854 / USE-2 / SUNRES1.01 23 425 2350 UL/CSA FT2

PEXIDAN® V/T LV Power Cable 90°C wet rated insulation VW-1 flame rated

UL 44 VW-1 XHHW-2 / RHW-2 / SIS PV Cable UL 4703

CSA RW90 / RWU901.30 27 275 1850 UL/CSA VW-1

PEXIDAN® V/T-2 LV Power Cable 90°C wet rated insulation VW-1 flame rated

UL 44 VW-1 XHHW-2 / RHW-2 / SIS PV Cable UL 4703

CSA RW90 & RWU90 UL CT-Use / IEEE 1202 / FT4 1/0 and Larger

1.32 27 400 2200 UL/CSA VW-1

PEXIDAN® V/T-2UV LV Power Cable90°C wet rated insulation

VW-1 flame rated sunlight resistant

Colorable UL 44 VW-1 XHHW-2 / RHW-2 / SIS PV Cable UL 4703 / SUNRES

CSA RW90 / RWU90 / RPV90 / RPVU90 UL CT-Use / IEEE 1202 / FT4 1/0 and Larger

1.30 27 300 1850 UL/CSA VW-1

PEXIDAN® H/T Appliance Wire 150°C dry rated appliance wire insulation

150°C Rated UL 758 AWM Style 3173 & 3321 CSA AWM / CL1251 / CL1252 / CL1503 / FT2 1.08 24 300 2300 UL/CSA FT2

PEXIDAN® J/T Automotive 125°C dry rated automotive insulation

Automotive Primary Insulation SAE J1128 ISO 6722 T3 1.13 25 300 2300 SAE 45 Degree

PEXIDAN® A-3021 SpecialtyHighly flexible and

heat resistant moisture crosslinkable TPO

- 0.90 - 400 2500 -

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