FLEXIBLE CORD JACKET COMPOUNDS Applications TPO JACKET

MOLDING -AUTOMOTIVE COMPOUNDS Applications HOSE AND GASKETING

FLEXIBLE CORD INSULATION COMPOUNDS Applications TPO INSULATION

FLEXIBLE CORD JACKET COMPOUNDS Applications TPO JACKET

FLEXIBLE CORD JACKET COMPOUNDS Applications TPR JACKET

TPO 20% Talc

Filled Polypropylene compounds are manufactured by compounding Polypropylene with fine fillers (i.e. mica, chalk, talc, glass). Additives like antioxidants, lubricant, processing aid and desiccant are added to improve long term thermal and processability. The compounds used directly or diluted with desired grades of polypropylenes show good dispensability and excellent balance of properties in the ultimate product. The fillers in the compound incorporates certain important properties those are essential for ultimate product. The modification are as below.

Filled Polypropylene compounds are manufactured by compounding Polypropylene with fine fillers (i.e. mica, chalk, talc, glass). Additives like antioxidants, lubricant, processing aid and desiccant are added to improve long term thermal and processability. The compounds used directly or diluted with desired grades of polypropylenes show good dispensability and excellent balance of properties in the ultimate product. The fillers in the compound incorporates certain important properties those are essential for ultimate product. The modification are as below.

Filled Polypropylene compounds are manufactured by compounding Polypropylene with fine fillers (i.e. mica, chalk, talc, glass). Additives like antioxidants, lubricant, processing aid and desiccant are added to improve long term thermal and processability. The compounds used directly or diluted with desired grades of polypropylenes show good dispensability and excellent balance of properties in the ultimate product. The fillers in the compound incorporates certain important properties those are essential for ultimate product. The modification are as below.

Filled Polypropylene compounds are manufactured by compounding Polypropylene with fine fillers (i.e. mica, chalk, talc, glass). Additives like antioxidants, lubricant, processing aid and desiccant are added to improve long term thermal and processability. The compounds used directly or diluted with desired grades of polypropylenes show good dispensability and excellent balance of properties in the ultimate product. The fillers in the compound incorporates certain important properties those are essential for ultimate product. The modification are as below.

Filled Polypropylene compounds are manufactured by compounding Polypropylene with fine fillers (i.e. mica, chalk, talc, glass). Additives like antioxidants, lubricant, processing aid and desiccant are added to improve long term thermal and processability. The compounds used directly or diluted with desired grades of polypropylenes show good dispensability and excellent balance of properties in the ultimate product. The fillers in the compound incorporates certain important properties those are essential for ultimate product. The modification are as below.

P-11060-CT in manufactured by compounding polypropylene Homo-polymer with fine grade of chalk & talc, suitable processing aids, heat stabilizers and anti oxidants. This injection molding grade is specially designed for grade furniture and house hold application. Filed ppcounds for garden furniture The filler in the compound incorporates certain important those are essential for ultimate product. The properties are as under. - Improves mechanical property. - Improves gloss, Service temperature. - Improves dimension stability etc. - Reduces cost. - Reduce cycle time. - Reduces shrinkage etc.

Filled Polypropylene compounds are manufactured by compounding Polypropylene with fine fillers (i.e. mica, chalk, talc, glass). Additives like antioxidants, lubricant, processing aid and desiccant are added to improve long term thermal and processability. The compounds used directly or diluted with desired grades of polypropylenes show good dispensability and excellent balance of properties in the ultimate product. The fillers in the compound incorporates certain important properties those are essential for ultimate product. The modification are as below.

Polypropylene GF080.00 ESU is a Natural 10% glass filled advanced polyolefin blend with Medium flow and high Heat Resistance.

Polypropylene self-extinguishing compound, classifiable V0 according to the UL-94. Halogens content, free from PBDE and PBB, conform to RoHs directive. Flowability for injection moulding; available in natural version and coloured as per sample.

Polypropylene compound filled with 20% talc. Flowability for injection molding, available only in black version.

Polypropylene compound filled with 20% talc. Flowability for injection molding, available only in black version.

PP-TD20 - Polypropylene compound obtained by post consumer and industrial scraps, 20% talc filled. Flowability for injection moulding

PP-GF20 - Polypropylene compound obtained by post consumer and industrial scraps, 20% reinforced with glass fiber chemically coupled; heat stabilized. Flowability for injection moulding

Polypropylene compound filled with 20% talc. Flowability for injection molding.

PP-GF20 - Polypropylene compound obtained by post consumer and industrial scraps, 20% reinforced with glass fiber chemically coupled; heat stabilized. Flowability for injection moulding

Polypropylene compound , 20% glass fiber reinforced, chemically coupled; Flowability for injection molding. Available in natural versions and colored as per sample.

SINPOLENE GPP2010/3 is the premium mixed glass filler/glass bead reinforced polypropylene moulding compound.

TATREN TPO 12 76 is a controlled rheology extra high impact resistance thermoplastic polyolefin with exceptional impact properties even at low temperatures. It is a grade of medium fluidity and contains nucleating agent. TATREN TPO 12 76 is characterised by exceptionally high impact resistance even at minus temperatures and very good impact/stiffness balance. TATREN TPO 12 76 is intended especially for compounding and subsequent injection moulding of products where excellent impact resistance at minus temperatures is required. This grade is intended to be used in automotive industry. In regard of extra high impact properties of the grade it is very often not necessary to add any rubber modifier for the purpose to increase impact behaviour for heavy applications. When used in blends it also allows usage of higher portion of regranulates while there is not deterioration of impact properties, which makes this grade to be economically very attractive raw material.

TATREN TPO 20 77 is a controlled rheology extra high impact resistance thermoplastic polyolefin with exceptional impact properties even at low temperatures. It is grade of medium fluidity and contains nucleating agent. TATREN TPO 20 77 is characterised by exceptionally high impact resistance even at minus temperatures and very good impact/stiffness balance. TATREN TPO 20 77 is intended especially for compounding and subsequent injection moulding of products where excellent impact resistance at minus temperatures is required. This grade is intended to be used in automotive industry. In regard of extra high impact properties of the grade it is very often not necessary to add any rubber modifier for the purpose to increase impact behaviour for heavy applications. When used in blends it also allows usage of higher portion of regranulates while there is not deterioration of impact properties, which makes this grade to be economically very attractive raw material.

Features - TEKAFIN P730G10 is Compounded-PP GF 10% high strength product. Application - Electrical & Electronic, Automotive Parts Drying - Product is dried and packed with a moisture content of <0.16%. Should the Packaging become damaged or be left open too long, then the material must be Dried. A too high moisture content can lead to a reduction of optical and Mechanical properties.

Features - TEKAFIN P730G30 is Compounded-PP GF 30% high strength product. Application - Electrical & Electronic, Automotive Parts Drying - Product is dried and packed with a moisture content of <0.16%. Should the Packaging become damaged or be left open too long, then the material must be Dried. A too high moisture content can lead to a reduction of optical and Mechanical properties.

Features - P730HG is a unreinforced Compounded-PP. Application - Automotive Interior Parts Drying - Product is dried and packed with a moisture content of <0.16%. Should the Packaging become damaged or be left open too long, then the material must be Dried. A too high moisture content can lead to a reduction of optical and Mechanical properties.

Features - PB50GM is MF15%, GF25% reinforced Compounded-PP. Application - Electrical & Electronic, Automotive Parts Drying - Product is dried and packed with a moisture content of <0.16%. Should the Packaging become damaged or be left open too long, then the material must be Dried. A too high moisture content can lead to a reduction of optical and Mechanical properties.

Features - PB50M20 is MF25% reinforced Compounded-PP. Application - Automotive Interior Parts. Drying - Product is dried and packed with a moisture content of <0.16%. Should the Packaging become damaged or be left open too long, then the material must be Dried. A too high moisture content can lead to a reduction of optical and Mechanical properties.

Features - PB60G10 is GF10% reinforced Compounded-PP. Application - Electrical & Electronic, Automotive Parts Drying - Product is dried and packed with a moisture content of <0.16%. Should the Packaging become damaged or be left open too long, then the material must be Dried. A too high moisture content can lead to a reduction of optical and Mechanical properties.

Features - PB75R10 is a unreinforced Compounded-PP. Application - Automotive Interior Parts Drying - Product is dried and packed with a moisture content of <0.16%. Should the Packaging become damaged or be left open too long, then the material must be Dried. A too high moisture content can lead to a reduction of optical and Mechanical properties.

This TPO compound has been tailored specifically to meet the requirements of each of the major automobile producers. Features include good scuff, nick and wear resistance and also very good ductility and practical toughness. This compound also features an excellent balance of impact strength and rigidity. Typical applications include flexible tubing and automotive applications.

This TPO compound has been tailored specifically to meet the requirements of each of the major automobile producers. Features include good scuff, nick and wear resistance and also very good ductility and practical toughness. This compound also features medium flow and an excellent balance of impact strength and rigidity. Typical applications include air dams, facias, cladding, and other various automotive applications.