Linear Low Density Polyethylene – Film Grade – Butene Additive Package = Barefoot

Linear Low Density Polyethylene – Film Grade – Butene Additive Package = Slip and Antiblock

Linear Low Density Polyethylene – Film Grade – Butene Additive Package = Antiblock

Linear Low Density Polyethylene – Film Grade – Butene Additive Package = Barefoot

Linear Low Density Polyethylene – Film Grade – Butene Additive Package = Slip and Antiblock

Linear Low Density Polyethylene – Film Grade – Butene Additive Package = Antiblock

Linear Low Density Polyethylene – Film Grade – Hexene Additive Package = Barefoot

Linear Low Density Polyethylene – Film Grade – Hexene Additive Package = Slip and Antiblock

Linear Low Density Polyethylene – Film Grade – Hexene Additive Package = Antiblock

Linear Low Density Polyethylene – Higher Alpha Olefin Copolymer – Film Resin Additive Package = Barefoot

Linear Low Density Polyethylene – Higher Alpha Olefin Copolymer – Film Resin Additive Package = Slip and Antiblock

Linear Low Density Polyethylene – Higher Alpha Olefin Copolymer – Film Resin Additive Package = Antiblock

Linear Low Density Polyethylene – Higher Alpha Olefin Copolymer – Film Resin Additive Package = Barefoot

Linear Low Density Polyethylene – Higher Alpha Olefin Copolymer – Film Resin Additive Package = Slip and Antiblock

Linear Low Density Polyethylene – Higher Alpha Olefin Copolymer – Film Resin Additive Package = Antiblock

GE300N is a polyethylene based adhesive polymer containing anhydride functionality. It is available in pellet form and designed for use in co-extrudable aluminum composite panel manufacturing system. GE300N has high physical properties originated from LLDPE and shows excellent adhesion strength and processibility.

GE460S is a polyethylene based adhesive polymer containing anhydride functionality. It is available in pellet form and designed for use in co-extrudable aluminum composite pipe & panel manufacturing system. GE460S has high physical properties originated from LLDPE and shows excellent adhesion strength and processibility. Together with XLPE, HDPE and PE-RT, GE460S exhibits superior bond strength with various aluminum substrate and shows high stability with long-term thermo-cyclic test.

LE149V is a polyethylene based adhesive polymer containing anhydride functionality. It is available in pellet form and designed for use in 3-layer pipe coating systems in conjunction with an epoxy primer and a thick polyethylene top-coat. LE149V has high physical properties originated from LLDPE and shows excellent processability during 3-layer pipe coating operation. Together with ET509B (Black compounded top coat) and commercially available epoxy primer, LE149V shows highly adjusted pipe coating system available for all pipe coating specification including DIN30670, CSA Z425.21-02, NFA 49-710.

LE320V is anhydride grafted polyethylene. It is useful in pellet form for use conventional extrusion and co-extrusion equipment designed to process polyethylene resins. Usually this materials is used in multi-layered barrier film, tube and sheet production. LE320V is developed for ethylene vinyl alcohol (EVOH) or polyamide (Nylon) based barrier film. LE320V is suitable for multi-layer blown film. Based on LLDPE, this adhesive is used for the tie layer between PE and barrier materials.

LE851P is a polyethylene based adhesive polymer containing anhydride functionality. It is available in powder form and designed for use in 3-layer pipe coating systems in conjunction with an epoxy primer and a thick polyethylene top-coat. Together with ET509B (Black compounded top coat) and commercially available epoxy primer, LE851P shows highly adjusted pipe coating system available for all pipe coating specification including DIN30670, CSA Z245.21-02, NFA 49-710.

DESCRIPTION AND USE - Silane based crosslinkable LLDPE according to "Sioplas" system - Good surface smoothness and high speed processability - High performance in physical properties for wire and cable

Specifically formulated to maintain the cost and performance balance in a wide variety of blow molding applications - improved cycle times, ESCR; reduced shrink, warpage. Suitable Applications: blow molding furniture oil bottles juice and dairy bottles garbage cans flower pots Environmentally Beneficial Calcium carbonate is a plentiful, natural mineral and can be used to effectively displace a significant portion of the petrochemical based component in the targeted application. The improved productivity and the lower energy consumption awarded by using our concentrates all help to minimize the carbon footprint of the end product. Regulatory Compliance The ingredients in our concentrates are approved for use in direct food contact packaging and are heavy metals free making them compliant with regulations such as California Proposition 65 and CONEG.

PRE-ELEC® PE 12841 is a conductive flexible thermoplastic compound based on polyethylene with good low temperature properties. The conductivity is achieved by using a special conductive carbon black. In addition to a low electrical resistivity, the product has excellent mechanical properties and is easy to extrude.

PRE-ELEC® PE 17693 is a conductive flexible thermoplastic compound based on polyethylene with good low temperature properties. The conductivity is achieved by using a special conductive carbon black. In addition to a low electrical resistivity, the product has excellent mechanical properties and is easy to extrude.

PRE-ELEC® PE 17840 is a conductive thermoplastic polyolefin concentrate based on LLDPE. Conductivity is achieved by using a special conductive carbon black. It contains a high concentration of carbon black and has been developed to be used as a masterbatch. Dilution rate of 65% can be achieved depending on the required conductivity level. The actual amount should always be tested as it also depends on the processing parameters.

PRE-ELEC® PE 18992 is a conductive flexible thermoplastic compound based on polyethylene with good low temperature properties. The conductivity is achieved by using special conductive carbon black. In addition to a low electrical resistivity, the product has excellent mechanical properties and is easy to extrude.

Description: LH 19001 is a hexene copolymer LLDPE film resin. Applications: - Industrial liners - Garment bags - Co-extrusion Features: - Excellent toughness and strength

Description: LL 1901 is a butene copolymer LLDPE film resin. . Applications: - Trash bags - Liners - Stretch Wrap - Blends Features: - Excellent toughness and strength - FDA regulation 21 CFR 177.1520

Description: LL 24020 is a copolymer designed for compounding and injection molding applications. Applications: - Compounding - Injection molding applications Features: - Excellent processability - Improved dispersion - Complies with FDA 21 CFR 177.1520

Description: LL 24050 is a copolymer designed for injection molding applications. Applications: - Compounding - Caps and closures - Thin wall lids Features: - Excellent processability - Outstanding flexibility and warpage resistance - High surface gloss - FDA regulation 21 CFR 177.1520

A fractional melt index low density linear polyethylene Applications: - Pallet shrink film - Heavy duty bags - Consumer and institutional shrink film - General purposes packaging Features: - Good processability - Good melt strength - Good drawdown - Good strength - Satin finish - Good MD & TD shrinkage - Slip: zero - Antiblock: zero - FDA 21 CFR 177.1520

A hexene linear low density polyethylene Applications: - Agricultural film - Cast film - Diaper backsheet - Overwrap film Features: - Barefoot - High strength and stiffness - Good tensile and puncture resistance

A 20 melt index butene linear low density polyethylene Applications: - Housewares - Closures and dispensers - Protective caps Features: - Outstanding toughness - Excellent tear resistance

A 20 melt index granular butene linear low density polyethylene Applications: - Masterbatch Resin Features: - Good processability - Efficient blending with pigments, slip and antiblock additives

A 50 melt index butene linear low density polyethylene Applications: - Freezer lids - Housewares - Closures and dispensers - Protective caps Features: - Excellent toughness - Excellent tear resistance

A granular high flow linear low density polyethylene Applications: - Color Concentrates - Slip and antiblock masterbatch Features: - Good processability and ease of blending - Slip: zero - Antiblock: zero

A butene linear low density polyethylene Applications: - Agricultural film - Barrier food packaging - Blown film - Bread and produce bags - Form fill and seal packaging - Freezer film - Garment film - General packaging - Heavy duty bags - Ice bags - Industrial liners and packaging - Lamination film - Liners - Multilayer packaging film - Refuse bags - Stand up pouches - Trash bags Features: - Good drawdown - Good tensile and toughness properties - Slip: zero - Antiblock: zero - Processing Aid

A butene linear low density polyethylene Applications: - Agricultural film - Barrier food packaging - Blown film - Bread and produce bags - Form fill and seal packaging - Freezer film - Garment film - General packaging - Heavy duty bags - Ice bags - Industrial liners and packaging - Lamination film - Liners - Multilayer packaging film - Refuse bags - Stand up pouches - Trash bags Features: - Good drawdown - Good tensile and toughness properties - Slip: 1700 ppm - Antiblock: 5000 ppm

A hexene linear low density polyethylene Applications: - Industrial liners - Stretch wrap - Garment and carrier bags - General purpose packaging Features: - Good stiffness at thin gauges - Excellent processing characteristics - Processing aid: Yes - Slip: Zero - Antiblock: 7500 ppm

A hexene linear low density polyethylene Applications: - Industrial liners - Stretch wrap - Garment and carrier bags - General purpose packaging Features: - Good stiffness at thin gauges - Excellent processing characteristics - Good drawdown - Slip: high - Antiblock: high