Heterophasic Copolymer. TI2900C is a high performance impact copolymer designed for injection molding process, with excellent flowability and tiger-marks resistence. Applications: Injection parts with unique resistance properties to Tiger Stripes flow marks., Suggested use is for compounding Processes: Injection Molding, Compounding

Impact Copolymer. Extra high Izod impact, very high flexural modulus, good low temperature drop impact, nucleated Applications Suggested uses include compounding, thermoforming, automotive applications

Extra high izod impact, superior low temperature drop impact Applications Suggested uses include profiles, tubing, squeeze bottles Process UL temperature index of 100°C

Superior balance of stiffness and impact strength Applications Suggested uses include extrusion applications requiring good impact strength

Extra high Izod impact, excellent low temperature drop impact, good organoleptic properties, nucleated Applications Suggested uses include thermoforming, food packaging, dairy containers

Superior drop impact at refrigeration temperature, very high flexural modulus, nucleated, good mold release Applications Suggested uses include thermoforming, food packaging, dairy containers

Very good mold release, very high flexural modulus Applications Suggested uses include closures, housewares

Good balance of stiffness and impact strength, excellent organoleptic properties, ultra-violet stabilization Applications Suggested uses include compounding, thin-walled injection molding

Good balance of stiffness and impact strength, excellent organoleptic properties Applications Suggested uses include compounding, thin-walled injection molding

Impact Copolymer Good balance of stiffness and impact strength, excellent organoleptic properties, antistatic Applications Suggested uses include compounding, thin-walled injection molding

Impact Copolymer. Good balance of stiffness and impact strength, excellent organoleptic properties Applications Suggested uses include compounding, thin-walled injection molding

Very high flexural modulus, high melt flow Applications Suggested uses include compounding, automotive interior trim, intricately designed parts, thin-walled parts

High stiffness, nucleated Applications Suggested uses include compounding, automotive interior trim, intricately designed parts, thin-walled parts, dairy containers, building and construction

Very high flexural modulus, high melt flow Applications Suggested uses include compounding, automotive interior trim, intricately designed parts, thin-walled parts

Extra high izod impact, superior low temperature drop impact Applications Suggested uses include compounding, automotive, injection molding

Excellent balance of toughness and stiffness, unique dimensional stability and excellent flow properties Applications Suggested uses include compounding, injection molding, automotive applications, consumer products, industrial

Extra high izod impact, superior low temperature drop impact, good paint adhesion Applications Suggested uses include compounding, automotive, injection molding

Extra high izod impact, superior low temperature drop impact, good paint adhesion Applications Suggested uses include toys, compounding

Superior low temperature impact, nucleated, antistatic Applications Suggested uses include furniture, toys, compounding

High melt flow, superior low temperature impact, nucleated, good mold release, antistatic Applications Suggested uses include compounding, furniture, toys, packaging, large part injection molding, thin-walled injection molding

High melt flow, good low temperature impact, nucleated, good mold release, antistatic Applications Suggested uses include compounding, furniture, toys, packaging, large part injection molding, thin-walled injection molding

Nucleated, excellent mold release, high impact properties Applications Suggested uses include housewares, large part injection molding, thin-walled injection molding

Impact Copolymer. Extra high izod impact, superior low temperature drop impact, good paint adhesion Applications Suggested uses include toys, compounding, consumer and packaging

High Impact Random Copolymer. High impact performance, excellent mold release, superior clarity, excellent processability Applications Suggested uses include housewares, fast-cycle injection molding, large injection molded parts

CAPILENE® SE 50 E is a low melt flow rate polypropylene heterophasic copolymer. Features: - Excellent impact at sub-zero temperature - Good stiffness Uses: - Sheets - Corrugated sheets - Profiles - Technical items - Pipes and fittings - Containers Processing Methods: - Sheet extrusion - Pipe extrusion - Injection molding - Blow molding

CAPILENE® SG 50 is a polypropylene heterophasic copolymer intended for injection molding. Features: - Good impact - Basic additive packaging - Good stiffness Uses: - Technical items - Crates - Toys - Caps and closures - Household articles Processing Methods: - Injection molding

CAPILENE® SL 50 is a polypropylene heterophasic copolymer intended for injection molding. Features: - Good impact - Basic additive packaging - Good stiffness Uses: - Technical items - Crates - Caps and closures - Household articles Processing Methods: - Injection molding

CAPILENE® SP 75 AV is a high flow polypropylene heterophasic copolymer intended for injection molding. Features: - Nucleated - Mold release - Short cycle time - Extremely high melt flow - Excellent stiffness/impact balance Uses: - Thin wall injection moulding - Household items - Garden furniture - Big and complex parts - Containers - Toys

CAPILENE® SR 50 is a polypropylene heterophasic copolymer intended for injection molding. Features: - Good impact - Good stiffness - Basic additive packaging Uses: - Food packaging - Household articles - Technical items Processing Methods: - Injection molding