CAPILENE® T 77 A is a polypropylene homopolymer intended for injection molding. Features: - Nucleated - Mold release - High stiffness - Short cycle time Uses: - Household articles - Caps and closures - Food packaging Processing Methods: - Injection molding

CAPILENE® T 89 E is a polypropylene homopolymer intended for fibre applications. Features: - Anti gas fading stabilization Uses: - Continuous filaments - Bulk continuous filaments - Fine denier staple fibres - Household articles - Caps and closures - Crates - Containers Processing Methods: - Extrusion - Injection molding

CAPILENE® TG 50 is a very high impact polypropylene heterophasic copolymer. Features: - Excellent impact at sub-zero temperature - Basic additive packaging Uses: - Technical items - Crates - Caps and closures - Boxes - Luggage - Toys Processing Methods: - Injection molding

CAPILENE® TR 50 is a very high impact polypropylene heterophasic copolymer. Features: - Excellent impact at sub-zero temperature - Basic additive packaging Uses: - Technical items - Crates - Caps and closures - Boxes Processing Methods: - Injection molding

CAPILENE® TT 75 AV is a very high impact polypropylene heterophasic copolymer. Features: - Excellent impact at sub-zero temperature - Nucleated - Mold release - Low warpage - Controlled rheology - Short cycle time Uses: - Heavy duty technical items - Deep freeze applications - Pails - Cabinets - Large storage boxes - Garden furniture - Toolboxes Processing Methods: - Injection molding

CAPILENE® TU 75 AV is a very high impact polypropylene heterophasic copolymer. Features: - Excellent impact at sub-zero temperature - Nucleated - Mold release - Low warpage - Controlled rheology - High flow - Short cycle time Uses: - Heavy duty technical items - Deep freeze applications - Pails - Cabinets - Large storage boxes - Garden furniture - Toolboxes Processing Methods: - Injection molding

CAPILENE® U 12 EV is a polypropylene homopolymer with narrow molecular weight distribution intended for spun-bonded nonwoven fabrics production. Features: - Controlled rheology - Anti gas fading stabilization - High flow - Low warpage Uses: - Spun-bonded nonwoven fabrics Processing Methods: - Continuous filament - Spun-bonding - Extrusion

CAPILENE® U 50 LE is a polypropylene homopolymer intended for automotive applications, including interior trims, requiring low emission of volatiles according to VDA 278 method. Features: - Low emission - Very high flow - Low warpage - Good stiffness - Basic additive package Uses: - Automotive interior trims - Household articles - Crates - Containers Processing Methods: - Injection molding - Compounding

CAPILENE® U 77 A is a polypropylene homopolymer intended for injection molding. Features: - Nucleated - Mold release - High flow - High stiffness - Short cycle time Uses: - Thin wall packaging - Household articles - Toys Processing Methods: - Injection molding

CAPILENE® W 50 LE is a polypropylene homopolymer intended for automotive applications, including interior trims, requiring low emission of volatiles according to VDA 278 method. Features: - Low emission - Very high flow - Low warpage - Good stiffness - Basic additive package Uses: - Automotive interior trims - Household articles - Crates - Containers Processing Methods: - Injection molding - Compounding

CAPILENE® W 77 AV is a polypropylene homopolymer intended for injection molding. Features: - Nucleated - Mold release - Controlled rheology - Very high flow - High stiffness - Short cycle time - Low warpage Uses: - Thin wall packaging - Household articles - Toys Processing Methods: - Injection molding

CAPILENE® Y 50 LE is a polypropylene homopolymer intended for automotive applications, including interior trims, requiring low emission of volatiles according to VDA 278 method. Features: - Low emission - Ultra high flow - Low warpage - Basic additive packaging Uses: - Automotive interior trims - Thin wall packaging - Household articles - Toys - Automotive compounds Processing Methods: - Injection molding - Compounding

CAPILENE® Y 50 V is a polypropylene homopolymer intended for general-purpose applications. Features: - Ultra high flow - Controlled rheology - Low warpage - Basic additive packaging Uses: - Thin wall packaging - Household articles - Toys - Compounds Processing Methods: - Injection molding - Compounding