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Our high-performance Alpha-olefin Elastomers (POE), featuring the Tafmer series, are refined polyolefinic resins engineered to modify the physical properties of thermoplastic matrices. Tafmer manufacturer portfolio represents a pinnacle in polyolefin elastomer technology, utilising Mitsui Chemicals' state-of-the-art molecular design to deliver materials with exceptionally low density and low modulus. Ethylene-based and propylene-based copolymers function as high-performance modifiers that contribute to the relationship with rigid thermoplastics and soft rubbers. We formulate these elastomers into Polyethylene (PE) or Polypropylene (PP) matrices to achieve a precise balance of impact strength and mechanical rigidity. Tafmer: 605, 610, 640, 810, 840, 740, and 8200 grades are characterised by their superior compatibility with polyolefin resins, enabling the creation of homogeneous compounds with improved surface appearance and high clarity. We are a specialised high-performance Alpha-olefin elastomer supplier, ensuring consistent MFR and density profiles across the Tafmer series (including DF and A grades). We provide a comprehensive range of POE grades with full technical documentation (MFR/Density/Hardness) and supporting quality assurance (tafmer COA/TDS/SDS). Our grades are specifically optimised for automotive, packaging, and footwear manufacturing, offering superior flexibility and impact resistance. We ensure customers a reliable lead time from R&D sampling to master-batch commercial-scale industrial supply, enabling partners to lead the market in advanced polymer compound manufacturing.
Our high-performance Alpha-olefin Elastomers (POE), featuring the Tafmer series, are refined polyolefinic resins engineered to modify the physical properties of thermoplastic matrices. Tafmer manufacturer portfolio represents a pinnacle in polyolefin elastomer technology, utilising Mitsui Chemicals' state-of-the-art molecular design to deliver materials with exceptionally low density and low modulus. Ethylene-based and propylene-based copolymers function as high-performance modifiers that contribute to the relationship with rigid thermoplastics and soft rubbers. We formulate these elastomers into Polyethylene (PE) or Polypropylene (PP) matrices to achieve a precise balance of impact strength...
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Industrial Chemicals
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Elastomers
Thermoplastic Elastomer (TPE)
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Chemical Properties & Specifications
Not classified as hazardous under GHS regulations.
Not classified as hazardous
Enhances mechanical properties and flexibility in polyolefin materials.
Used in industrial films, flexible pouches, and specialty plastic packaging.
Contributes to high-impact strength and lightweighting in plastic car components.
Enhances adhesion, tackiness, and elongation in adhesive formulations.
15–25°C (59–77°F)
Cool, dry place away from light and moisture
Store in airtight containers to prevent contamination and degradation
Available in HDPE bags, fiber drums, and bulk containers.
It is used as a polymer modifier in plastics, adhesives, and films to enhance flexibility and impact resistance.
Yes, it complies with FDA regulations for indirect food contact applications.
Store in a cool, dry place with containers tightly closed to prevent contamination.
