CAPILENE® E 50 E is a polypropylene homopolymer intended for extrusion applications. Features: - Good melt stability - Basic additive package - Good impact Uses: - Cups - Containers - Sheets - Strapping - Slit film yarn - Ropes and nets Processing Methods: - Extrusion - Thermoforming - Blown molding

CAPILENE® G 78 TF is a polypropylene homopolymer intended for extrusion applications. Features: - High stiffness - Excellent transparency - Nucleated - Short cycle time Uses: - Transparent trays - Food packaging - Cups Processing Methods: - Extrusion - Thermoforming - Injection molding

CAPILENE® G 86 E is a polypropylene homopolymer intended for extrusion applications. Features: - Low water carry-over Uses: - Tapes - Strapping - Raffia - Carpet backing - Technical items Processing Methods: - Extrusion - Thermoforming - Injection molding

CAPILENE® M 45 F is a polypropylene homopolymer intended for cast film extrusion. Features: - Slip and antiblock additives - Slightly modified molecular weight distribution - High gloss - Excellent transparency - Good stiffness Uses: - Food packaging - High clarity films - Lamination films - Injection molded items Processing Methods: - Cast film extrusion - Injection molding

CAPILENE® M 50 F is a polypropylene homopolymer intended for cast film extrusion. Features: - No slip or antiblock additives - Slightly modified molecular weight distribution - Basic additive packaging - High gloss - Excellent transparency - Good stiffness Uses: - Food packaging - High clarity films - Lamination films - Injection molded items Processing Methods: - Cast film extrusion - Injection molding

CAPILENE® M 65 F is a polypropylene homopolymer intended for cast film extrusion. Features: - No slip or antiblock additives - No calcium stearate Uses: - Food packaging - High clarity films - Lamination films - Injection molded items Processing Methods: - Cast film extrusion - Compounding - Injection molding

CAPILENE® R 50 is a polypropylene homopolymer intended for general-purpose applications. Features: - Basic additive package Uses: - Household articles - Crates - Injection molded items Processing Methods: - Injection molding

CAPILENE® T 12 EV is a polypropylene homopolymer with narrow molecular weight distribution intended for spunbond nonwoven. Features: - Controlled rheology - Anti gas fading stabilization - Low warpage Uses: - Spunbond nonwoven fabric Processing Methods: - Continuous filament - Spunbonding - Extrusion

CAPILENE® T 50 is a polypropylene homopolymer intended for general-purpose applications. Features: - Good stiffness - Basic additive package Uses: - Household articles - Caps and closures - Crates - Containers - Garden furniture - General purpose items Processing Methods: - Injection molding

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® 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

PHF-8 is a certified prime grade Polypropylene specially designed for Film EXTRUSON by Tubular Water Quench - TWQ - process. PHF-8 combines excellent processability and good melt thermal stability, with films exhibiting clarity, good impact strength, modulus, good barrier to fats and oils, and good chemical resistance. PHF-8 applications include film for articles requiring excellent see-through clarity such as textiles, soft goods and pastries, pre-cooked foods sterilizable bags, bags to pack cooked foods, and paper over-wrap products. PHF-8 recommended processing temperature is between 210° to 230°C. PHF-8 complies with FDA regulation 21CFR 177.1520 (a)(1) (b) (c)1.1, and most international regulations concerning Polypropylene use in contact with food articles.

PHF-8E is a certified prime grade Polypropylene specially designed for non-oriented Tubular Film EXTRUSON by Water Quench - TQ - process. PHF-8E combines excellent processability and good melt thermal stability, with films exhibiting sparkling clarity, good impact strength, easy open ability, stiffness, good barrier to fats and oils, and good chemical resistance. PHF-8E applications include film for articles requiring excellent see-through clarity such as textiles, soft goods and pastries, pre-cooked foods sterilizable bags, bags to pack cooked foods, and wrapping paper products. PHF-8E contains high slip and medium antiblock, and its recommended processing temperature is between 210° to 230°C. PHF-8E complies with FDA regulation 21CFR 177.1520 (a)(1) (b) (c)1.1, and most international regulations concerning Polypropylene use in contact with food articles.

PHI-12 is a certified prime grade specially designed for fiber applications featuring High melt flow. PHI-12 applications include staple fiber and oriented yarn. PHI-12 complies with FDA regulation 21CFR 177.1520(a)(3)(i)/(c)3.2 concerning the Polypropylene use in contact with food articles, not to exceed 100°C.

PHI-18 is a certified prime grade homopolymer Polypropylene designed for fiber spinning extrusion applications that require resistance to gas fading. PHI-18 features high flow processability with good tensile strength. PHI-18 complies with FDA regulation 21CFR 177.1520 for all food contact up to a temperature of 100°C and most international regulations concerning the use of Polypropylene in contact with food.

PHI-35 is a certified prime grade homopolymer Polypropylene designed for fiber spinning extrusion applications. PHI-35 combines a good balance of high flow processability with good tensile strength and chemical resistance. PHI-35 complies with FDA regulation 21CFR 177.1520 for all food contact up to a temperature of 100°C and most international regulations concerning the use of Polypropylene in contact with food.

PHM-12 is a certified prime grade Polypropylene designed for injection molding of general purpose applications. PHM-12 combines a good balance of medium-high flow processability with good tensile strength, high stiffness and good contact clarity. PHM-12 applications include thin-walled containers, housewares, medical ware, caps, closures, toys, and housings for small electrical appliances. PHM-12 recommended processing temperature is between 210° to 230°C with mold at 20°-50°C. PHM-12 complies with FDA regulation 21CFR 177.1520 and with most international regulations concerning the use of Polypropylene in contact with food.

PHM-12AN is a certified prime grade Nucleated Polypropylene designed for injection molding general purpose applications. PHM-12AN contains antistatic and combines a good balance of medium-high flow processability with good tensile strength, high stiffness and good contact clarity. PHM-12AN applications include thin-walled containers, medical ware, housewares, caps and closures, toys, and housings for small electrical appliances. PHM-12AN recommended processing temperature is between 210° to 230°C with mold at 20°-50°C. PHM-12AN complies with FDA regulation 21CFR 177.1520 and with most international regulations concerning the use of Polypropylene in contact with food.

PHM-20 is a certified prime grade Polypropylene designed for injection molding of thin-walled lightweight articles. PHM-20 combines good balance of medium-high flow processability with good tensile strength, high stiffness, good LTHS, short cycling, and excellent ESCR. PHM-20 applications include lightweight containers, medical ware, caps and closures, and housewares. PHM-20 recommended processing temperature is between 220° to 240°C with mold at 20°-50°C. PHM-20 complies with FDA regulation 21CFR 177.1520 and with most international regulations concerning the use of Polypropylene in contact with food. Specific certificates are available upon request.

PHM-20AN is a certified prime grade Nucleated Polypropylene designed for injection molding of thin-walled lightweight articles. PHM-20AN contains antistatic and combines a good balance of medium-high flow processability with high contact clarity, good tensile strength, high stiffness, short cycling, and excellent ESCR. PHM-20AN applications include lightweight containers, medical ware, caps, closures, and housewares. PHM-20AN recommended processing temperature is between 220° to 240°C with mold at 20°-50°C. PHM-20AN complies with FDA regulation 21CFR 177.1520 and with most international regulations concerning the use of Polypropylene in contact with food.

PHM-2N is a certified prime grade homopolymer resin nucleated designed for general purpose EXTRUSION COMPRESSION MOLDING of articles such as caps, closures for arbonated beverage containers and general purpose compression molding applications. It has an excellent strength and high crystallization temperature. PHM-2N features an additive formulation to improve high-speed processing, high slip, with excellent mold release. It can be sterilized by autoclave sterilization, Ethylene Oxide sterilizable, steam s terilizable. PHM-2N can be processed by extrusion compression molding, compounding and injection molding. PHM-2N applications include caps. Closures for carbonated beverage containers, general purpose, construction application, industrial applications, packaging and rigid packaging. PHM-2N complies with FDA regulation 21CFR 177.1520(c) 3.1a / 3.2a, and most international regulations for use in contact with food.

PHM-35 is a certified prime grade Polypropylene designed for injection molding of lightweight and thin-walled applications. PHM-35 combines a good balance of high flow processability with high clarity, good tensile strength, short cycling, excellent dimensional stability, and good surface finishing. PHM-35 applications include long-flow path moldings, multi-cavity molds difficult to fill such as caps, closures and lids, housewares articles, containers, and large flat trays. PHM-35 processing temperature is 215° to 235°C with mold at 20°-50°C. PHM-35 complies with FDA regulation 21CFR 177.1520 and most international regulations concerning the use of Polypropylene in contact with food.

PHM-35AN is a certified prime grade Nucleated Polypropylene designed for injection molding of lightweight and thin-walled articles. PHM-35AN contains antistatic and offers good balance of high flow processability with high contact clarity, good tensile strength, short cycling, excellent dimensional stability, and good surface finishing. PHM-35AN applications include intricate long-flow path designs, multi-cavity parts, caps, closures, housewares, containers and toys. PHM-35AN processing temperature is between 220° to 240°C with mold at 20°-50°C. PHM-35AN complies with FDA regulation 21CFR 177.1520 and most international regulations concerning Polypropylene use in contact with food.

PHM-35R is a certified prime grade CONTROLLED RHEOLOGY developed for INJECTION MOLDING of high performance general purpose applications. PHM-35R combines high flow and easy processability with fast cycling and mechanical properties of moldings similar to a 4 to 6 Melt Flow grade. PHM-35R applications include thin-walled multi-cavity caps, closures and lids, household articles, medical syringes, and items requiring good dimensional stability free of warpage, such as straight-sided video cassette boxes. PHM-35R processing temperature is 220° to 240°C with mold at 20°- 50°C. PHM-35R complies with FDA regulation 21CFR 177.1520 (c)1.1a concerning the Polypropylene use in contact with food articles.