TAIPOL® 7131 is a clear, linear triblock copolymer based on styrene and ethylene/butylene with maleic anhydride (MA) grafted and is used as a modifier of engineering plastics or thermoplastics and in compound formulations. It may also be well-suited for use in adhesive applications.

The téfabloc® engineering plastics make use of the elastomeric properties of styrenic bloc co-polymer (SBS) and of hydrogenated styrenic bloc co-polymers (SEBS). The specific structure of téfabloc® combines the physical properties of a vulcanised rubber with the advantages of a thermoplastic. Their specific compositions give these TPEs a very good resistance to oxidation, detergents, acids and ozone and a very good weatherability. téfabloc® performs surprisingly well at low temperatures by keeping its mechanical and flexibility properties, where many other plastics become hard and brittle. The product range of téfabloc® is one of the widest found, with very low hardness starting from 5 Shore A, the flexible grades from 40 to 80 Shore A and the semi-rigids up to 60 Shore D. We offer colour-matched compounds as well natural grades that can be easily coloured with masterbatch.

The téfabloc® engineering plastics make use of the elastomeric properties of styrenic bloc co-polymer (SBS) and of hydrogenated styrenic bloc co-polymers (SEBS). The specific structure of téfabloc® combines the physical properties of a vulcanised rubber with the advantages of a thermoplastic. Their specific compositions give these TPEs a very good resistance to oxidation, detergents, acids and ozone and a very good weatherability. téfabloc® performs surprisingly well at low temperatures by keeping its mechanical and flexibility properties, where many other plastics become hard and brittle. The product range of téfabloc® is one of the widest found, with very low hardness starting from 5 Shore A, the flexible grades from 40 to 80 Shore A and the semi-rigids up to 60 Shore D. We offer colour-matched compounds as well natural grades that can be easily coloured with masterbatch.

The téfabloc® engineering plastics make use of the elastomeric properties of styrenic bloc co-polymer (SBS) and of hydrogenated styrenic bloc co-polymers (SEBS). The specific structure of téfabloc® combines the physical properties of a vulcanised rubber with the advantages of a thermoplastic. Their specific compositions give these TPEs a very good resistance to oxidation, detergents, acids and ozone and a very good weatherability. téfabloc® performs surprisingly well at low temperatures by keeping its mechanical and flexibility properties, where many other plastics become hard and brittle. The product range of téfabloc® is one of the widest found, with very low hardness starting from 5 Shore A, the flexible grades from 40 to 80 Shore A and the semi-rigids up to 60 Shore D. We offer colour-matched compounds as well natural grades that can be easily coloured with masterbatch.

Material: SEBS-Compound based on hydrated Styrene-Block-Copolymers and biobased polymers, containing mineral fillers Application: General Injection Molding Features: Good mechanical properties, good flow properties. The biobased carbon content (BCC) is 22 % (calculated).

Material: SEBS-Compound based on hydrated Styrene-Block-Copolymers and biobased polymers, containing mineral fillers Application: General Injection Molding Features: Good mechanical properties, good flow properties. The biobased carbon content (BCC) is 29 % (calculated).

Material: SEBS-Compound based on hydrated Styrene-Block-Copolymers and biobased polymers, containing mineral fillers Application: General Injection Molding Features: Good mechanical properties, good flow properties. The biobased carbon content (BCC) is 38 % (calculated).

Material: SEBS-Compound based on hydrated Styrene-Block-Copolymers and biobased polymers, containing mineral fillers Application: General Injection Molding Features: Good mechanical properties, good flow properties. The biobased carbon content (BCC) is 58% (calculated).

Material: SEBS-Compound based on hydrated Styrene-Block-Copolymers and biobased polymers, containing mineral fillers Application: General Injection Molding Features: Good mechanical properties, good flow properties. The biobased carbon content (BCC) is 62% (calculated).

SEBS-Compound based on hydrated Styrene-Block-Copolymers and biobased polymers, containing mineral fillers. The biobased carbon content (BCC) is > 65% (calculated). Suitable for injection moulding applications.

Material: SEBS-Compound based on hydrated Styrene-Block-Copolymers and biobased polymers, containing mineral fillers Application: General Injection Molding Features: Good mechanical properties, good flow properties. The biobased carbon content (BCC) is 70% (calculated).

Material: SEBS-Compound based on hydrated Styrene-Block-Copolymers and biobased polymers, containing mineral fillers Application: General Injection Molding Features: Good mechanical properties, good flow properties. The biobased carbon content (BCC) is 74% (calculated).

Low molecular weight and thus low viscosity; therefore preferred especially for applications demanding high processability and high flowability. It is supplied in pellet form. Olefinic resins modifier, for high impact strength. Compatibilizer. Adhesives and sealants component.

Asahi Kasei Tuftec™ H1041 is good for easy peel film application. It can be also used as a modifier for a variety of plastics with its superior balance of mechanical property and melt flowability. Olefinic and styrenic resins modifier, for high impact strength. Compatibilizer. Adhesives and sealants component. Base polymer of SEBS molding compounds.

Asahi Kasei Tuftec™ H1043 is a high styrene content SEBS. It can be easily blended with PS and PPE. It is used as a compatibilizer of styrenic resin/olefinic resin blends. It is also suited as an impact modifier of cyclo olefin polymer (COP) and cyclo olefin copolymer (COC). Applications: PS(GPPS, HIPS)/PP alloy compatibilizer; preserves PS processability while increasing resistance to heat and oil, and thus used for food containers and trays, and in place of ABS. Effective as additive to PS for recycling. Also effective as modifier for enhancement of SAN, ABS, PPE, and other resins. E.g. microwavable food containers, inner laminate films for lunch boxes and trays, portioned food containers.

Asahi Kasei Tuftec™ H1051 offers good compatibility for styrenic resins and polyphenylene ether (PPE). It's also used as impact modifier for cyclo olefin polymer (COP) and Cyclo Olefin copolymer (COC). Olefinic and styrenic resins modifier for high impact strength, e.g. IC trays. Compatibilizer. Adhesives and sealants components.

Asahi Kasei Tuftec™ H1052 shows moderate adhesion and is good for adhesive layer of protective films by multi-layer extruding process or easy peel films. It is also used as an impact modifier of polypropylene (PP). Its excellent stretch property provides stretch films such as food wrapping film. Applications: Adhesives and sealants components. Olefinic and styrenic resins modifier for high impact strength. Compatibilizer. Flexible films. Base polymer for SEBS compounds.

Asahi Kasei Tuftec™ H1062 is designed for an impact modifier of polypropylene (PP). It provides good balance of properties and can improve impact resistance property at room and low temperature. H1062 can be used as an additive to enhance heat sealability of PP film. Applications: Primarily as modifier of PP for automotive exteriors and interiors. Also effective as modifier of PP for other various applications, particularly those requiring elongation and low-temperature performance, as base polymer of SEBS compounds, and as adhesives and sealants component. E.g. elastic ribbon films, no-coat airbag covers, bumpers.

Specially designed as a modifier and compatibilizer for polypropylene (PP). Ultrafine dispersion in PP, due to outstanding compatibility, enabling production of transparent sheets and films with excellent flexibility and resistance to hazing or whitening under bending or folding. It is supplied in pellet form. Excellent substitute for PVC, due to unique combination of transparency and flexibility of PP/H1221 blends. Transparent apparel packaging and carrying cases. Folders and toys, enabled by flexibility and absence of hazing and whitening at folds and bends. Soft, comfortable surface feel, enabling excellent elastic films for bag liners, tarpaulins, signboards, other products. Compatibilizer. Basepolymer for SEBS molding compounds. Adhesives and sealants component.

Di-/tri-block polymer structure obtained by advanced coupling technology; di-block providing good flowability, and tri-block providing a superior balance of performance characteristics. It is supplied in pellet form. Olefinic resins modifier, for high impact strength. Compatibilizer. Adhesives and sealants component.

Asahi Kasei Tuftec™ H1221 is specially designed as a modifier to increase flexibility of polypropylene (PP). Its excellent compatibility makes H1221 ultra-finely dispersed into PP. PP and H1221 blends provide transparent PP sheets and films with excellent flexibility and resistance to hazing or whitening on bending. The excellent adhesion is suitable for the use of adhesive layer of protective films with hot-melt and pressure sensitive characteristics. H1221 meets USP Class VI standards. It may be used for medical applications after a special agreement with Asahi Kasei. Applications: Excellent substitute for PVC due to unique combination of transparency and flexibility of PP/H1221 blends. Transparent apparel packaging and carrying cases. Folders and toys, enabled by flexibility and absence of hazing and whitening at folds and bends. Soft, comfortable surface feel, enabling excellent elastic films for bag liners, tarpaulins, signboards, and other products. Compatibilizer. Base polymer for SEBS molding compounds. Adhesives and sealants component. Substrates of fastening tapes for protective sheets, logos, lines on sportswear, sports shoes, transparent tote bags, waterproof bags linings, tarpaulins, work aprons, and diaper backing sheets.

Asahi Kasei Tuftec™ H1272 is oil-extended high-molecular-weight grade which is used as impact modifier for PPO and a base material for SEBS compounds. Applications: Engineering plastics modifier for high impact strength. Compatibilizer. Base polymer for SEBS molding compounds. E.g. IC trays, grips for ski stocks, no-coat airbag covers.

Asahi Kasei Tuftec™ H1517 offers good compatibility for styrenic resin and polyphenylene either (PPE). It is also suited as impact modifier for cyclo olefin polymer (COP) and cyclo olefin copolymer (COC). It is particularly suited as compatibilizer of PP/PPE or polystyrene (PS) blend.

Asahi Kasei Tuftec™ Trial L521 is particularly designed as a modifier to increase flexibility of polypropylene (PP). Its excellent compatibility makes L521 super-finely dispersed into PP. PP and L521 blends provides transparent and flexible extruded products such as sheets, films and tubes. The blends are also applicable to injection molding due to its high MFR. It has excellent adhesion, which is suitable for the use of adhesive layer of protective films with hot-melt and pressure sensitive characteristics. L521 meets USP Class VI standards. It may be used for medical applications after a special agreement with Asahi Kasei.

Asahi Kasei Tuftec™ M1911 is a maleic anhydride modified SEBS. It enables modification of engineering plastics such as polyamide (PA) or Polyester(PEs). It can be used as an adhesive to metals and thermoplastic polyurethane ITPU). It is also used as a compatibilizer of PS or olefinic resins and polar resins. Applications: Modification of polyamides (PA) and other engineering plastics for high impact strength. Compatibilization. Adhesives and sealants components.

Asahi Kasei Tuftec™ M1913 is a maleic anhydride modified SEBS. It enables modification of engineering plastics such as polyamide (PA) or polyester(PEs). It can be used as an adhesive to metals and thermoplastic polyurethane (TPU). It is also used as a compatibilizer of PS or olefinic resins and polar resins. Applications: Modifications of polyamides (PA) and other engineering plastics for high impact strength. Compatibilization. Adhesives and sealants component.

Asahi Kasei Tuftec™ M1943 is a maleic anhydride modified SEBS. It enables modification of engineering plastics such as polyamide (PA) or polyester (PEs). It can be used as an adhesive to metals and thermoplastic polyurethane (TPU). It is also used as a compatibilizer of PS or olefinic resins and polar resins. Applications: Modification of polyamides (PA), other engineering plastics, and olefinic resins for high impact strength, e.g. automotive carpet backings. Compatibilization with engineering plastics and olefinic resins. Flexible films component. Adhesives and sealants components.

Asahi Kasei Tuftec™ MP10 is amine-modified SEBS. MP10 can be used as a modifier for engineering plastics such as polyamide (PA) or polyester (PEs), polylactic acid (PLA) and thermoplastic polyurethane (TPU). It is particularly suitable for an adhesive to TPU. It is also used as a compatibilizer of PS or olefinic resin and polar resins. It shows excellent adhesion to inorganic fillers, which can achieve good dispersion of inorganic fillers into plastics.

Asahi Kasei Tuftec™ N504 is a high-molecular-weight grade, which is used as an impact modifier of polyphenylene ether (PPE). TPE compounds are available based on N504 if blending PP, oil and other ingredients.

Asahi Kasei Tuftec™ P1083 is a selectively hydrogenated polymer with high resilience. It is particularly used as a modifier to yield high resilience to foam made from EVA or TPO for shoe mid soles.

Asahi Kasei Tuftec™ P5051 is a selectively hydrogenated polymer. It is used as a compatibilizer of PS and PP blends or as an impact modifier of GPPS, HIPS and PPE. Applications: Primarily for compatibilization between styrenic and olefinic polymers. Properties highly advantageous for food container applications, e.g. microwave food trays, portioned food containers, lunchbox laminated films.

SEBS-based Thermoplastic Elastomer (TPE) This compound is intended for use in medical applications and is in compliance with FDA regulations for food contact materials.

SEBS-based Thermoplastic Elastomer (TPE) This compound is intended for use in medical applications and is in compliance with FDA regulations for food contact materials.

SEBS-based Thermoplastic Elastomer (TPE) This compound is intended for use in medical applications and is in compliance with FDA regulations for food contact materials.

SEBS-based Thermoplastic Elastomer (TPE) This compound achieves a V0 rating in a UL 94 flame test. Available Modifications: Exterior UV Package | FDA Compliance

SEBS-based Thermoplastic Elastomer (TPE) This compound is intended for use in medical applications and is in compliance with FDA regulations for food contact materials.

SEBS-based Thermoplastic Elastomer (TPE) This compound achieves a V0 rating in a UL 94 flame test. Available Modifications: Exterior UV Package | FDA Compliance

SEBS-based Thermoplastic Elastomer (TPE) This compound is intended for use in medical applications and is in compliance with FDA regulations for food contact materials.

SEBS-based Thermoplastic Elastomer (TPE) This compound achieves a V0 rating in a UL 94 flame test. Available Modifications: Exterior UV Package | FDA Compliance