Products in Thermoplastic Urethanes (TPU)

AVALON® 6055 AG DP is a polyester based Thermoplastic Polyurethane (TPU) for injection molding and is part of the AVALON Gecko Range. Key features are phthalate-free, excellent thermo-abrasion, exceptional slip resistance on wet and dry surfaces, ease of processing with fast cycle time.

AVALON® 6044 AG DP is a polyester-based Thermoplastic Polyurethane (TPU) for injection molding applications and is part of the AVALON Gecko Range. Key features are phthalate-free, improved UV stability, hydrolytically stabilized, abrasion resistance, excellent wear performance, good low temperature performance, durability and short cycle times.

AVALON® 6053 AG DP is a polyester-based Thermoplastic Polyurethane (TPU) for extrusion and injection molding applications and is part of the AVALON Gecko Range. Key features are plasticizer-free, improved UV stability, hydrolytically stabilized, excellent wear performance, good low temperature performance and durability.

Ecomass® Compound 4701TU96 Nat is a high specific gravity, tungsten powder-filled polyurethane (TPU) compound that is flexible. The processing method for this compound is injection molding. It is a nontoxic alternative to lead (Pb) used for weighting, balancing, and radiation shielding applications.

Ecomass® Compound 4703ZC84 is a moderate specific gravity, stainless steel-filled polyurethane (TPU) compound. The processing method for this compound is injection molding. It is a nontoxic alternative to lead (Pb) used for weighting and balancing applications. The product form is pellets.

Ecomass® Compound 4702ZB92 is a moderate specific gravity, filled polyurethane (TPU) base resin compound. The processing method for this compound is injection molding. Ecomass® Compound 4702ZB92 is a nontoxic alternative used for radiation shielding applications. The product form is pellets.

Ecomass® Compound 4703ZD92 is a high-specific-gravity, tungsten powder-filled polyurethane (TPU) compound. The processing method for this compound is injection molding. Ecomass® Compound 4703ZD92 is a nontoxic alternative to lead (Pb) used for weighting, balancing, and radiation shielding applications. The product form is pellets.

Ecomass® Compound 4703ZG88 is a moderate specific gravity, filled Polyurethane (TPU) compound. The processing method for this compound is injection molding. It is a nontoxic alternative to lead (Pb) used for weighting and balancing applications. The product form is pellets.

Ecomass® Compound 4703BI68 is a moderate specific gravity, filled polyurethane (TPU) compound that exhibits good flexibility. The processing method for this compound is injection molding. It is a nontoxic alternative used for weighting and balancing applications. The product form is pellets.

Ecomass® Compound 4703ZC71 is a moderate specific gravity, stainless steel-filled polyurethane (TPU) compound. The processing method for this compound is injection molding. It is a nontoxic alternative to lead (Pb) used for weighting and balancing applications. The product form is pellets.

Ecomass® Compound 4703BI52 is a moderate specific gravity, filled polyurethane (TPU) compound that exhibits good flexibility. The processing method for this compound is injection molding. It is a nontoxic alternative used for shielding, weighting, and balancing applications. The product form is pellets.

Ecomass® Compound 4703BI45 is a moderate specific gravity, filled polyurethane (TPU) compound that exhibits good flexibility. The processing method for this compound is injection molding. Ecomass® Compound 4703BI45 is a nontoxic alternative to lead (Pb) used for weighting and balancing applications.

Ecomass® compound 4703ZD90 is a tungsten-filled thermoplastic polyurethane compound that is recommended to be used in weighting, balancing, radiation shielding and vibration dampening applications. This injection molding grade is known for its good toughness. Additionally, it functions as a nontoxic thermoplastic lead substitute.

Ecomass® Compound 4701TU76 is a high-specific-gravity, tungsten powder-filled thermoplastic polyurethane (TPU) compound. The processing method for this compound is injection molding/extrusion. Ecomass® Compound 4701TU76 is a nontoxic alternative to lead (Pb) used for weighting, balancing, and radiation shielding applications. The product form is pellets.

Ecomass® compound 4703ZD95 is a tungsten-filled thermoplastic polyurethane compound that is recommended to be used in weighting, balancing, radiation shielding and vibration dampening applications. This injection molding grade is known for its good toughness. Additionally, it functions as a nontoxic thermoplastic lead substitute.

Ecomass® Compound 4703TU88 is a high-specific-gravity, tungsten powder-filled Polyurethane (TPU) compound that is flexible. The processing method for this compound is injection molding. Ecomass® Compound 4703TU88 is a nontoxic alternative to lead (Pb) used for weighting, balancing, and radiation shielding applications.

Ecomass® Compound 4703CO92 is a moderate specific gravity, copper-filled Polyurethane (TPU) compound. The processing method for this compound is injection molding. It is a nontoxic alternative to lead (Pb) used for weighting and balancing applications. The product form is pellets.

Ecomass® compound 4703TU95 is a tungsten-filled thermoplastic polyurethane compound that is recommended to be used in weighting, balancing and radiation shielding applications. This injection molding grade is known for its high specific gravity, excellent toughness, and flexibility. Additionally, it functions as a nontoxic thermoplastic that can substitute lead.

Laripur® 71 D60 is a hard PTMG polyether-based TPU (thermoplastic polyurethane) known for its excellent resistance to hydrolysis and microbial attacks. The standard version is designed for applications such as injection molding of ski boots and technical items, while other versions are suitable for extrusion of sheets and profiles.

Laripur® 71 D60 EG is an hard PTMG polyether based TPU exhibiting a very good resistance to hydrolysis and microbes attack. The standard version is designed e.g. for injection molding of ski boots and technical items while EG one for the extrusion of sheets and profiles

Laripur® 7025 is a polyester-based TPU, comes in two specialized versions. The standard variant is expertly designed for injection molding applications, including technical items and tool overmolding. On the other hand, the EG version excels in hose, profile, and film extrusion, as well as compounding with other thermoplastics. Whether for molding or extrusion, Laripur® 7025 ensures exceptional performance in a wide range of applications.

Laripur® 5225 is a high-quality polyester-based thermoplastic polyurethane (TPU). The standard version is well-suited for the production of various technical items, sport soles, and cattle tags. Additionally, there is another version designed specifically for the extrusion of hoses, profiles, transmission belts, and films.

P.A.T. Products LCS 1171 is a polyester-based TPU allowing for fast cycle times and ease of demoulding of the final item. This makes this product particularly indicated for injection moulding e.g. of footwear features and technical items.

Laripur® 5450 is a polyester-modified thermoplastic polyurethane (TPU) designed for applications such as injection molding of skiboots and technical items.

Laripur® 6650 is a polyester-based Thermoplastic Polyurethane (TPU) supplied in pellet form and conveniently packaged in bags or octabins, is precisely crafted for the consumer goods market, with a distinct emphasis on footwear applications. Specifically designed for injection molding processes, Laripur® 6650 stands out as an optimal choice for the production of footwear, particularly excelling in crafting ski boots. Categorized as Thermoplastic Polyurethane (Polyester based), this polymer highlights its tailored suitability for manufacturing, offering a practical and efficient solution for the creation of high-performance and durable footwear within the consumer goods sector.

Laripur® 7018B is a fully transparent soft polyester based, phthalate free, plasticized TPU exhibiting fast processing cycles. Recommended for the production of high flexibility soles, slip properties and very good abrasion resistance exhibits an excellent adhesion to most of two component PU systems. This product combines the advantages of rubbery material to those typical ones of TPU.

Laripur® RS 8580 is a polyester-based thermoplastic polyurethane (TPU) that is notable for its sustainable sourcing. It is produced using raw materials derived from renewable sources. In fact, approximately 60% of the total carbon content in Laripur® RS 8580 is sourced from renewable materials, as calculated based on its composition. This sustainability aspect makes it a responsible choice for various applications that require both performance and eco-friendliness.

Laripur® 6560 is a TPU based on PTMG polyether, known for its exceptional resistance to hydrolysis and microbial attacks. This standard version is primarily designed for applications like injection molding, making it an ideal choice for producing items such as ski boots and technical components. Its robust properties ensure durability in demanding manufacturing processes.

Laripur® 8025 is a polyester-based TPU, offers two specialized versions to meet distinct application needs. The standard variant is tailored for injection molding, making it perfect for crafting sport soles, wheels, screen elements, masks, and various technical items. Meanwhile, the EG version is optimized for extrusion, making it an excellent choice for producing hoses, profiles, transmission belts, and films. Laripur® 8025 excels in both molding and extrusion applications, ensuring exceptional performance.

Laripur® 6260 is a TPU based on PTMG polyether, boasts exceptional resistance to hydrolysis and microbial attacks. This versatile TPU is primarily intended for applications like injection molding, especially for items such as ski boots and technical products. Its robust properties make it an ideal choice for demanding manufacturing processes.

Laripur® 9120 T is a polyester-based TPU (Thermoplastic Polyurethane) that offers a combination of superior hydrolysis resistance and excellent mechanical properties. It is specifically designed for injection molding applications, making it ideal for producing items such as sport soles, screen elements, wheels, and other technical products. This TPU is well-suited for applications where durability and resistance to environmental factors are essential.

Laripur® 2103-90AE is a thermoplastic polyurethane (TPU) based on PTMG polyether. This particular formulation is designed to exhibit excellent resistance to hydrolysis and microbial attacks. Its versatility allows for various manufacturing applications, including injection molding of technical items and extrusion processes for hoses, profiles, transmission belts, and films. The resistance to hydrolysis and microbial attacks makes it suitable for applications where exposure to moisture or environmental conditions is a concern.

Laripur® RS 6580 is a soft, polyester based thermoplastic polyurethane. It contains a phthalatefree plasticizer. It is produced starting from raw materials derived from renewable sources. The content of carbon deriving from renewable sources is approximately 45% of the total carbon (based on calculations).

Laripur® RS 5580 is a polyester based thermoplastic polyurethane. It is recommended for the injection of technical items. It is produced starting from raw materials derived from renewable sources. The content of carbon deriving from renewable sources is approximately 50% of the total carbon (based on calculations).

Laripur® 5725 is a premium polyester-based TPU, offers two versions tailored to specific applications. The standard variation is perfect for manufacturing technical items, sport soles, and cattle tags. Meanwhile, the EG version excels in extruding hoses, profiles, transmission belts, and films. Laripur® 5725 ensures top-quality performance in TPU applications, no matter the task.

Laripur® 7560EG is a PTMG polyether based TPU exhibiting a very good resistance to hydrolysis and microbes attack. The standard version is indicated e.g. for the production of seal and technical items while the EG one is proposed for the extrusion of hoses, cables, profiles and film.