Hostacom TYC712N high melt flow, 1,900 MPa flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of processability, rigidity, and impact resistance. It was designed for assorted automotive interior trim components.

Hostacom TYC727D high melt flow, 2,000 MPa flexural modulus, UV-stabilized, precolored, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of processability, rigidity, and impact and scratch and mar resistance. It was designed primarily for molded-in color automotive instrument panels that require high durability.

Hostacom TYC727N CARBON high melt flow, 2,000 MPa flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of processability, rigidity, impact, and scratch and mar resistance. It is typically used for molded-in color automotive instrument panels that require high durability.

Hostacom TYC727N NATRL high melt flow, 2,000 MPa flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of processability, rigidity, impact, and scratch and mar resistance. It is typically used for molded-in color automotive instrument panels that require high durability.

Hostacom TYC727N PARCHMENT high melt flow, 2,000 MPa flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of processability, rigidity, impact, and scratch and mar resistance. It is typically used for molded-in color automotive instrument panels that require high durability.

Hostacom TYC727N SHALE high melt flow, 2,000 MPa flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of processability, rigidity, impact, and scratch and mar resistance. It is typically used for molded-in color automotive instrument panels that require high durability.

Hostacom TYC727N VAPOR high melt flow, 2,000 MPa flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of processability, rigidity, impact, and scratch and mar resistance. It is typically used for molded-in color automotive instrument panels that require high durability.

Hostacom TYC727N JXW Black high melt flow, 2,000 MPa flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of processability, rigidity, impact, and scratch and mar resistance. It is typically used for molded-in color automotive instrument panels that require high durability.

Hostacom XFBR712 medium melt flow, 1,800 MPa flexural modulus, mineral-filled thermoplastic elastomeric olefin (TEO) resin has an excellent balance of stiffness, impact resistance and dimensional stability. It was designed primarily for painted automotive interior components.

Indure E1500HG-UV NAT thermoplastic olefinic elastomer (TPO) that is UV-stabilized. It is typically used for high-gloss thermoformed applications where excellent gloss retention after forming is required. It is also typically used as a coextrusion cap layer with other extrusion-grade TPOs from LyondellBasell Advanced Polyolefins.

Indure X210 engineered polyolefin material is designed for large, molded-in-color automotive applications that require ductile impact properties at low temperatures as well as processability. Typical Customer Applications: Exterior Applications, Bumpers

Indure X210A engineered polyolefin material is designed for large, molded-in-color automotive exterior applications that require good scratch-and-mar characteristics, ductile impact properties at low temperatures and processability

INDURE™ X220 engineered polyolefin material is designed for large, molded-in-color automotive exterior applications that require good scratch-and-mar characteristics, high stiffness, and good dimensional stability. Applications: Exterior Applications

Indure X76 engineered polyolefin material is designed for various automotive exterior-trim applications. It offers an excellent combination of scratch resistance, high-gloss part appearance, processability and a balance of stiffness and impact resistance. Applications: Exterior Applications

POE PP modifier

Key Features - High Stiffness, Heat Resistance, High Impact strength Applications - Automotive Parts, Domestic Appliances, Industrial Uses etc

Key Features - Flame retardant property, Heat resistance Applications - Home appliances

Applications - General purpose thermoplastic elastomer for polymer modification - Shoe sole, Wire & Cable, Packaging Films Description - LUCENE TM LC100 is an ethylene-1-octene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. - LUCENE TM LC100 is an excellent impact modifier for plastics and offers unique performance capabilities for compounded products. - LUCENE TM LC100 complies with FDA regulation 21 CFR 177.1520(c)(3.2c).

LUCENE™ LC160 is an ethylene-1-octene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. LUCENE™ LC160 is an excellent impact modifier for plastics and offers unique performance capabilities for compounded products. Applications - General purpose thermoplastic elastomer for polymer modification - Automotive interior/exterior, Shoe sole, Wire & Cable

LUCENE™ LC161 is an ethylene-1-octene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. LUCENE™ LC161 is an excellent impact modifier for plastics and offers unique performance capabilities for compounded products. Applications - General purpose thermoplastic elastomer for polymer modification - Automotive interior/exterior, Shoe sole, Wire & Cable

LUCENE™ LC168 is an ethylene-1-butene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. LUCENE™ LC168 is an excellent impact modifier for plastics and offers unique performance capabilities for compounded products. Applications - General purpose thermoplastic elastomer for polymer modification - Automotive interior/exterior, Shoe sole, Wire & Cable

LUCENE™ LC170 is an ethylene-1-octene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. LUCENE™ LC170 is an excellent impact modifier for plastics and offers unique performance capabilities for compounded products. Applications - General purpose thermoplastic elastomer for polymer modification - Automotive interior/exterior, Shoe sole, Wire & Cable

- LUCENE™ LC175 is an ethylene-1-butene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. - LUCENE™ LC175 is an excellent impact modifier for plastics and offers unique performance capabilities for compounded products. Applications - General purpose thermoplastic elastomer for polymer modification - Automotive interior/exterior, Shoe sole, Wire & Cable

Applications - General purpose thermoplastic elastomer for polymer modification - Shoe sole, Wire & Cable, Packaging Films Description - LUCENE™ LC180 is an ethylene-1-octene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. - LUCENE™ LC180 is an excellent impact modifier for plastics and offers unique performance capabilities for compounded products.

- LUCENE™ LC565 is an ethylene-1-butene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. - LUCENE™ LC565 is an excellent impact modifier for plastics and offers unique performance capabilities for compounded products. Applications - General purpose thermoplastic elastomer for polymer modification - Automotive interior/exterior, Shoe sole, Wire & Cable

- LUCENE™ LC670 is an ethylene-1-octene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. - LUCENE™ LC670 is an excellent impact modifier for plastics and offers unique performance capabilities for compounded products. Applications - General purpose thermoplastic elastomer for polymer modification - Automotive interior/exterior, Shoe sole, PVEN

LUCENE™ LC875 is an ethylene-1-butene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. LUCENE™ LC875 is an excellent impact modifier for plastics and offers unique performance capabilities for compounded products. Applications - General purpose thermoplastic elastomer for polymer modification - Automotive interior/exterior

LUCENE TM LF100 is an ethylene-1-octene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. LUCENE TM LF100 is mainly intended for the extrusion of blown film with high mechanical property for the manufacture of lamination and packaging film. LUCENE TM LF100 contains Anti-oxidants additives. Applications - General purpose thermoplastic elastomer for polymer modification - Lamination film, Packaging Film

LUCENE TM LF100 is an ethylene-1-octene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. LUCENE TM LF100 is mainly intended for the extrusion of blown film with high mechanical property for the manufacture of lamination and packaging film. LUCENE TM LF100A contains Anti-block, Slip and Anti-oxidants additives Applications - General purpose thermoplastic elastomer for polymer modification - Lamination film, Packaging Film

TPO-20NBTXU is a 20% Mineral-Filled, UV Stabilized Thermoplastic Polyolefin

Flame-retardant bedding compound for XLPE insulation and HFFR sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Bedding compound for XLPE insulation and PVC sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Flame-retardant bedding compound for XLPE insulation and HFFR sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Flame-retardant bedding compound for XLPE insulation and HFFR sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Non flame-retardant bedding compound for XLPE insulation and HFFR sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Special bedding compound. Bedding compound for cables and wire according to VDE 0472 part 814 with max. 90°C operating temperature at conductor.

Flame-retardant bedding compound for XLPE insulation and HFFR sheathing. Bedding compound for cables and wire according to VDE 0472 part 814 and BS 6724 with max. 90°C operating temperature at conductor.

Flame-retardant bedding compound for XLPE insulation and HFFR sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.

Flame-retardant bedding compound for XLPE insulation and HFFR sheathing. Bedding compound for cables and wire with max. 90°C operating temperature at conductor.