Corton 1062/3 HS UV2 is a 17% talc filled polypropylene copolymer compound. It is a very high flow injection moulding grade developed for rigid components requiring good impact strength. It is stabilized to meet automotive heat ageing and interior weathering requirements.

Corton 1078/2 HS UV2 is a 20% talc filled polypropylene copolymer compound. It is a high flow injection moulding grade developed for rigid components requiring good impact strength and dimensional stability. It has been stabilized to meet automotive heat ageing and interior weathering requirements.

CORTON 1088/2 HS is a nominal 15% talc filled polypropylene copolymer compound. It is a high flow injection moulding grade developed for components requiring high rigidity and heat deflection temperature with good impact strength and surface appearance. This grade has been formulated to meet heat ageing requirements of 21 days at 150°C.

Corton 1094 UVH is a 20% talc filled copolymer polypropylene compound. It is a medium to high flow injection moulding grade developed for rigid components requiring good impact strength and dimensional stability. It is stabilized to meet continuous outdoor weathering requirements.

Corton 1158/6 HS is a talc filled polypropylene copolymer compound. It is a very high flow injection moulding grade developed for rigid components requiring good impact strength. It is stabilized to meet automotive heat ageing requirements.

Corton 1166 HS is a 20% talc filled copolymer polypropylene compound. It is a medium to high flow injection moulding grade developed for rigid components requiring good impact strength. It has been stabilized to meet automotive heat ageing requirements of 21 days at 150°C.

Corton 1186 HS UVH AS is a 20% talc filled copolymer polypropylene compound. It is a high flow injection moulding grade developed for rigid components requiring good impact strength and dimensional stability. It has been formulated to meet the requirements of UL94 HB and is stabilized for continuous outdoor weathering.

CORTON 1210 TF HS UV3 is a 10% talc filled copolymer polypropylene compound. It is a medium to high flow injection moulding grade developed for rigid components requiring good impact strength. It is stabilized to meet automotive heat ageing and weathering requirements.

CORTON 1210 UVK is a 10% talc filled copolymer polypropylene compound. It is a medium to high flow injection moulding grade developed for rigid components requiring good impact strength. It is stabilized for intermittent UV exposure and contains an antistatic agent and some mould release additives.

CORTON 1214 HSE is a 30% talc filled polypropylene copolymer compound. It is a medium flow injection moulding grade developed for rigid components requiring good impact strength and is stabilized to meet automotive heat ageing requirements.

Corton 1242 UVH is a 5% talc filled polypropylene copolymer compound. It is a very high flow compound developed to give improved rigidity whilst maintaining good impact strength and good dimensional stability. It has been stabilized for continuous outdoor weathering.

CORTON 7157 HS UV3 is a 20% talc filled copolymer polypropylene compound. It is a low flow extrusion grade developed for blow moulding applications providing good rigidity and impact strength. It is stabilized to meet automotive exterior weathering requirements along with heat ageing requirements of 21 days at 150°C..

CORTON 7157 HS is a 20% talc filled copolymer polypropylene compound. It is a low flow extrusion grade developed for blow moulding applications providing good rigidity and impact strength. It is stabilized to meet automotive heat ageing requirements of 21 days at 150°C.

CORTON 7157/1 HS UV3 is a 20% talc filled copolymer polypropylene compound. It is a low flow extrusion grade developed for blow moulding applications providing good rigidity and impact strength. It is stabilized to meet automotive exterior weathering requirements along with heat ageing requirements of 21 days at 150°C.

Corton C3 200 TF HS is a 20% talc filled copolymer polypropylene compound. It is a low to medium flow injection moulding grade developed for rigid components requiring good impact strength. It is stabilized to meet automotive heat ageing requirements of 21 days at 150°C.

Corton C3 300 TF HS is a 30% talc filled copolymer polypropylene compound. It is a low to medium flow injection moulding grade developed for rigid components requiring good impact strength and stabilized to meet automotive heat ageing requirements.

Corton C3 400 TF HS is a 40% talc filled copolymer polypropylene compound. It is a low to medium flow injection moulding grade developed for rigid components requiring good impact strength. It is stabilized to meet automotive heat aging requirements of 21 days at 150°C.

Corton PDR 1054/2 HS 70104 is a 13% talc filled copolymer polypropylene compound. It is a very high flow injection moulding grade developed for rigid components requiring good surface appearance, impact strength, dimensional stability and long term weatherability. It is heat stabilized to meet automotive heat ageing requirements (21 days at 150°C).

Corton PDR 1068 HS is a 10% talc filled high crystalline polypropylene copolymer based compound. It is a very high flow compound developed to improve rigidity whilst maintaining good impact strength and minimising shrinkage, and exhibits good mar resistance. It has been stabilized to meet automotive heat ageing requirements.

Corton PDR 1110 Natural is a 40% talc filled polypropylene copolymer compound. It is a high flow injection moulding grade developed for rigid components requiring good dimensional stability with moderate impact strength.

Corton PDR 7266 HS is a 30% talc filled polypropylene copolymer compound. It is a medium flow injection moulding grade developed for rigid components with the benefit of additional impact strength and is stabilized to meet automotive heat ageing requirements (21 days at 150°C).

COSMOPLENE AH561 is high impact PP copolymer manufactured by gas phase process licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AH561 is low flow, super impact copolymer grade.

COSMOPLENE AR564 is high impact PP copolymer manufactured by gas phase process licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AR564 is high flow, high stiffness, high impact copolymer grade which can perform faster injection cycle.

COSMOPLENE AS164 is melt stable, high stiffness, super high impact PP copolymer manufactured by gas phase process licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AS164 is suitable for products such as injection for seat bottom, extrusion for corrugated sheet, pipe and fittings, bicycle rims, blow bottle etc.

COSMOPLENE AV161 is low flow, high stiffness and high impact PP copolymer manufactured by gas phase process licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AV161 is suitable for commodity products such as chair, crates, containers, detergent pails, toys, tool boxes, seat bottom, battery case etc.

COSMOPLENE AW161 is medium flow, high stiffness and high impact PP copolymer manufactured by gas phase process licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AW161 is suitable for commodity products such as chair, containers, toys, tool boxes, battery case etc.

COSMOPLENE AW184 is high gloss, medium flow, high stiffness and high impact PP copolymer manufactured by gas phase process licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AW184 is suitable for products such as electric fan stand, motor bike fender, chair, toilet seat, tool boxes which require high gloss etc.

COSMOPLENE AW191 is high impact PP copolymer manufactured by gas phase process technology licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AW191 is medium flow, super high impact copolymer grade. COSMOPLENE AW191 is specially designed for industrial use such as crates, bumper, automotive parts etc.

COSMOPLENE AW564 is high impact PP copolymer manufactured by gas phase process licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AW564 is medium flow, high stiffness, high impact copolymer grade. COSMOPLENE AW564 is specially designed for crate and base for washing machine etc.

COSMOPLENE AW564H is high impact PP copolymer manufactured by gas phase process licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AW564H is medium flow, high stiffness, high impact copolymer grade. COSMOPLENE AW564H is specially designed for electric appliances which can serve under hot and wet conditions.

COSMOPLENE AW864 is high impact PP copolymer manufactured by gas phase process licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AW864 is medium flow, high stiffness, high impact copolymer grade which contains anti-static agent and UV stabilizers. COSMOPLENE AW864 is specially designed for crates, washing machine parts and automotive parts.

COSMOPLENE AX191 is a high impact PP copolymer manufactured by the latest gas phase process licensed from Sumitomo Chemical Co. Japan. It exhibits good impact property at high melt flow rate. COSMOPLENE AX191 also shows excellent flowability and good surface appearance of parts after molding.

COSMOPLENE AX668 is high flow, high stiffness and high impact PP block copolymer manufactured by gas phase process licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AX668 is suitable for thin gauge injection products such as lid and operation panel of washing machine and automotive parts. COSMOPLENE AX668 is formulated with UV stabilizer and is good for outdoor applications.

COSMOPLENE AY564 is high impact PP copolymer manufactured by gas phase process technology licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AY564 is medium flow, high stiffness, high impact copolymer grade which can perform faster injection cycle. COSMOPLENE AY564 is specially designed for tub of washing machine and electrical appliances which require high flow and high impact strength.

COSMOPLENE A2191 is a high impact PP copolymer manufactured by the latest gas phase process licensed from Sumitomo chemical co. Japan. lt features a high impact property at high melt flow rate. COSMOPLENE A2191 also shows good flowability and excellent surface appearance of parts after molding. APPLICATIONS: COSMOPLENE A2191 is designed as a base material for automotive compound. It is also suitable for injection molding of thin wall automotive parts.

COSMOPLENE AZ564 is high impact PP copolymer manufactured by gas phase process licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AZ564 is high flow, high stiffness, high impact copolymer grade which can perform faster injection cycle and thinner gauge. COSMOPLENE AZ564 is specially designed for large item, wide area, thin gauge, low stress products such as tub and lid of washing machine, thin wall containers, TV back cover, automotive door trims etc.

COSMOPLENE AZ564G is high impact PP copolymer manufactured by gas phase process licensed from Sumitomo Chemical Co. Japan. COSMOPLENE AZ564G is high flow, high stiffness, high impact copolymer grade. COSMOPLENE AZ564G is specially designed for industrial parts, automotive door trims and electrical appliances etc.

COSMOPLENE AZ864 is high impact PP Block Copolymer manufactured by latest production technology from Sumitomo Chemical Co. Japan. COSMOPLENE AZ864 is high flow, high impact, high stiffness Copolymer grade which contains anti-static agent and UV stabilizers. COSMOPLENE AZ864 is specially designed for washing machine parts and automotive parts.

COSMOPLENE FC9011 is a Polypropylene Copolymer specially for PP woven cloth coating which requires stiffer laminate for subsequence bag making process. APPLICATIONS: Extrusion coating for PP woven bag, cloth/paper sandwich for chemical and cement bag. FC9011 complies with U.S. FDA Regulation 21 CFR 177.1520 (C) 3.2a, as long as it is used unmodified and processed according to standard manufacturing practices in the industries.

COSMOPLENE FL7322 is Polypropylene Copolymer with higher Aluminum bonding strength, good appearance, good process stability and lower die deposit. APPLICATIONS: COSMOPLENE FL7322 is designed for Aluminum metalized layer of cast film (M-CPP) application. FL7322 contains anti-blocking agent only. FL7322 complies with U.S. FDA Regulation 21 CFR 177.1520 (C) 3.1a, as long as it is used unmodified and processed according to standard manufacturing practices in the industries.