COPYLENE® CH040 is a propylene homopolymer designed for film and injection molding with a barefoot formulation package and is made with non-phthalate technology Applications: - Injection Molding - Compounding - NSF 51 listed

Formulated for excellent processing stability. It is barefoot and is made with a non-phthalate technology Applications: - General purpose injection molding - UL 94 HB

COPYLENE ® CH120LN is designed for injection molding applications with anti-static agent and nucleation, and it is made with non-phthalate technology . Applications: - Food Containers - Housewares - Caps & Closures - USP, UL listed

COPYLENE ® CH200LN-02 is a polypropylene homopolymer resin nucleated for faster crystallization with antistatic properties and it is made with a non-phthalate technology Applications: - Caps & Closures - Sports - Leisure and Toys - Housewares - Food Containers

COPYLENE® CH350 is a reactor grade, barefoot polypropylene homopolymer. It is made with non-phthalate technology Applications: - Injection molding - UL 94 HB

COPYLENE ® CH350LN is a reactor grade polypropylene homopolymer with anti-static agent and nucleation, designed for injection molding applications. It is made with non-phthalate technology Applications: - Food Containers - Housewares - Closures

COPYLENE ® CH550LN is a high melt flow polypropylene homopolymer with anti-static agent and nucleation, designed for TWIM applications. It is made with non-phthalate technology Applications: - Food Containers - Housewares

Corton 100 TF HS is a 10% talc filled homopolymer polypropylene compound. It is a medium flow injection moulding grade developed for rigid components and stabilized to meet automotive heat ageing requirements (21 days at 150°C).

Corton 1013/4 HS is a 20% talc filled homopolymer polypropylene compound. It is a very high flow injection moulding grade developed for rigid components and stabilized to meet automotive heat ageing requirements of 21 days at 150°C.

Corton 1085 HS 70104 is a 40% talc filled homopolymer polypropylene compound. It is a high flow injection moulding grade developed for rigid components and is stabilized to meet long term automotive heat ageing requirements.

Corton 1089 is a 40% talc filled homopolymer polypropylene compound. It is a low to medium flow extrusion grade developed for rigid components thermoformed from sheet or profile.

Corton 1127 HSD is a 40% talc filled hompolymer polypropylene compound. It is a medium flow injection moulding grade developed for thin wall rigid components requiring high rigidity and minimal shrinkage and stabilized to meet automotive heat ageing requirements of 21 days at 150°C.

Corton 1236 TF is a 40% talc filled homopolymer polypropylene compound. It is a low flow extrusion grade developed for rigid components thermoformed from sheet or profile.

Corton 1607 is a 20% barium sulphate filled homopolymer polypropylene compound. It is a very high flow injection moulding grade developed for high gloss appliance applications requiring improved rigidity and greater dimensional stability than provided by unfilled grades.

Corton 1701 89110 is a high gloss 40% calcium carbonate filled white homopolymer polypropylene compound. It is a very high flow injection moulding grade developed for rigid components requiring good surface finish and impact strength with reduced cycle times and shrinkage.

Corton 1737 HSA is a 25% mineral filled homopolymer polypropylene compound. It is a very high flow injection moulding grade developed for high gloss appliance/components and stabilized to meet heat ageing requirements of 2000 hours at 130°C and a UL RTI rating of 110°C.

Corton 200 TF HS 70037 is a 20% talc filled polypropylene homopolymer. It is a medium flow injection moulding grade developed for components requiring high rigidity and heat deflection temperature. This grade has been formulated to meet automotive heat ageing requirements (500 hours at 150°C).

Corton 200 TF HS is a 20% talc filled homopolymer polypropylene compound. It is a low to medium flow injection moulding gradedeveloped for rigid components requiring improved dimensional stability, and stabilised to meet automotive heat ageing requirements (21 days at 150°C).

Corton 300/2 TF Natural is a 30% talc filled homopolymer polypropylene compound. It is a medium to high flow injection moulding grade developed to provide increased rigidity and dimensional stability compared with unmodified polypropylene.

Corton 400 TF HS is a 40% talc filled homopolymer polypropylene compound. It is a medium flow injection moulding grade developed for rigid components. It is stabilized to meet automotive heat ageing requirements (21 days at 150°C).

Corton 400 TF HS is a 40% talc filled homopolymer polypropylene compound. It is a medium flow injection moulding grade developed for rigid components. It is stabilized to meet automotive heat ageing requirements (21 days at 150°C).

Corton 7037 HS is a 30% talc filled polypropylene homopolymer compound. It is a medium to high flow injection moulding grade developed for rigid components and stabilized to meet automotive heat aging requirements of 21 days at 150°C.

Corton PDR 1029 HS UV2 is a 30% talc filled polypropylene homopolymer compound. It is a high flow injection moulding grade developed for rigid components and stabilized to meet automotive heat ageing requirements (21 days at 150°C). It is further stabilized to resist degradation due to the effects of UV light when used for automotive interior applications.

Corton PDR 1043 HS is a 40% talc filled homopolymer polypropylene compound. It is a high flow injection moulding grade developed for rigid components requiring improved HDT and dimensional stability at elevated temperatures. It is stabilised to meet automotive heat ageing requirements.

Corton PDR 1619/4 HS is a 11% barium sulphate filled homopolymer polypropylene compound. It is a high flow injection moulding grade developed for high gloss appliance applications requiring improved rigidity and greater dimensional stability than provided by unfilled grades. It has been stabilized for continuous use at elevated temperature.

Corton PDR 1621/3 HS is a 43% mica filled homopolymer polypropylene compound. It is a high flow injection moulding grade developed for rigid components requiring maximum rigidity and low shrinkage. It is stabilized to meet automotive heat ageing requirements (21 days at 150°C).

Corton PDR 1623 HS is a 20% mica filled homopolymer polypropylene compound. It is a high flow injection moulding grade developed for rigid components requiring maximum rigidity good weld line strength and dimensional stability. It is stabilized to meet automotive heat ageing requirements (21 days at 150°C).

CORTON PDR 1629 HS is a 35 % wollastonite filled homopolymer polypropylene compound. It is a medium to high flow injection moulding grade developed for rigid components. It has been stabilized to meet heat aging requirements of 21 days at 150°C.

CORTON PDR 1735/2 is a 40% calcium carbonate filled homopolymer polypropylene compound. It is a high flow injection moulding grade developed for rigid components requiring good surface appearance and dimensional stability.

CORTON PDR 7265/4 is a 40% talc filled homopolymer polypropylene compound. It is a medium to high flow injection moulding grade developed for rigid components requiring minimal shrinkage. It is stabilized to meet automotive heat ageing requirements of 500 hours at 150°C.

COSMOPLENE FL7013E2 is Polypropylene Homopolymer product with good Aluminum adhesiveness and stiffness/impact balance.

COSMOPLENE FL7015E2 is Polypropylene Homopolymer designed for cast film with good flow compatibility when coextruded with selected Copolymer/Terpolymer as skin layer.

COSMOPLENE FS1014 is Polypropylene Homopolymer resin developed for battery separator film with good puncture strength and enhance process ability. COSMOPLENE FS1014 is a high purity resin with high isotacticity and low ash content. It does not contain slip, antiblock, nucleating and antistatic additives. APPLICATIONS: COSMOPLENE FS1014 is specially designed for battery separator film to be used in Lithium-ion battery by Dry process.

COSMOPLENE FS2014 is Polypropylene Homopolymer resin developed for battery separator film application. COSMOPLENE FS2014 is a high purity resin with high isotacticity and low ash content. It does not contain slip, antiblock, nucleating and antistatic additives. APPLICATIONS: COSMOPLENE FS2014 is specially designed for battery separator film to be used in Lithium-ion battery.

COSMOPLENE FS2015 is Polypropylene Homopolymer resin developed for battery separator film with good puncture strength and enhance process ability. COSMOPLENE FS2015 is a high purity resin with high isotacticity and low ash content. It does not contain slip, antiblock, nucleating and antistatic additives. APPLICATIONS: COSMOPLENE FS2015 is specially designed for battery separator film to be used in Lithium-ion battery by Dry process.

COSMOPLENE FS3011E3 is Polypropylene Homopolymer specially designed for excellent stretchability, good optical properties and film stiffness balance. COSMOPLENE FS3011E3 is formulated for Biaxially oriented film for printing lamination, cigarette packaging, adhesive tape and others.

COSMOPLENE FS3012 is Polypropylene Homopolymer specially designed for excellent stretchability, good optical properties and film stiffness balance. APPLICATIONS: COSMOPLENE FS3012 is formulated for Biaxially oriented film for printing lamination, cigarette packaging, print label and metalize films. FS3012 complies with U.S. FDA Regulation 21 CFR 177.1520 (C) 1.1a, as long as it is used unmodified and processed according to standard manufacturing practices in the industries.

COSMOPLENE® FS3028 is Polypropylene Homopolymer resin developed for Biaxially oriented films for dielectric applications used in capacitors. COSMOPLENE® FS3028 is a high purity resin with low ash content. It does not contain slip, antiblock, nucleating and antistatic additives. APPLICATIONS: C0SMOPLENE® F53028 is specially designed for biaxially oriented films for dielectrical films used in capacitors. It is applicable for metallization process.

COSMOPLENE FS3029 is Polypropylene Homopolymer resin developed for Biaxially oriented films for dielectric applications used in oil-impregnated capacitors. COSMOPLENE FS3029 is a high purity resin with low ash content. It does not contain slip, antiblock, nucleating and antistatic additives. APPLICATIONS: COSMOPLENE FS3029 is specially designed for biaxially oriented films for dielectrical films used in oil-impregnated capacitors.

COSMOPLENE FS3031 is Polypropylene Homopolymer resin developed for Biaxially oriented films for dielectric applications used in capacitors. COSMOPLENE FS3031 is a high purity resin with low ash content. It does not contain slip, antiblock, nucleating and antistatic additives. APPLICATIONS: COSMOPLENE FS3031 is specially designed for biaxially oriented films for dielectrical films used in capacitors.