Matrix based on: Thermoplastic polyurethane and additives Other technical details and notes: Black Concentrate for better processing in injection moulding.

Matrix based on: Thermoplastic polyurethane and additives Other technical details and notes: Material should be pre-dried prior to processing.

Halogen free flame-retardant thermoplastic polyurethane with low smoke and toxicity resistant and good mechanical properties.

Aromatic concentrate to cross-linking for injection moulding and extrusion.

Aromatic concentrate to cross-linking for injection moulding and extrusion.

Antistatic Masterbatch based on Thermoplastic Polyether Polyurethan, Additive

The series includes EPALINE products developed specifically for the extrusion of pipes, cables, tapes and profiles.

The series includes products reinforced with glass fiber that allows to enhance the mechanical properties (example. Impact resistance) and physical (example. Dimensional stability).

The series includes products reinforced with glass fiber that allows to enhance the mechanical properties (example. Impact resistance) and physical (example. Dimensional stability).

Type: ESTANE® ECO 12T55D is a high-performance bio-based thermoplastic polyurethane. With ca 29 % bio-based content. Main Apllication: Extrusion /Moulding. Special Features: Properties similar to standard TPU of same hardness, excellent mechanical properties and abrasion resistance.

Type: ESTANE® ECO 12T80E is a high-performance bio-based thermoplastic polyurethane. With Ca 43% bio-based content. Properties similar to standard TPU of same hardness, excellent mechanical properties and abrasion resistance. Main application: Extrusion/Injection Molding

Type: ESTANE® ECO 12T85 is a high-performance bio-based thermoplastic polyurethane. With Ca 46% bio-based content. Main application: Injection Molding Special Features: Properties similar to standard TPU of same hardness, excellent mechanical properties and abrasion resistance.

Type: ESTANE® ECO 12T90E is a high performance bio-based thermoplastic polyurethane. With Ca 37% bio-based content. Main application: Extrusion/Injection Moulding

Type: ESTANE® ECO 12T95 is a high performance bio-based thermoplastic polyurethane. With Ca 32% bio-based content. Excellent mechanical properties and abrasion resistance. Main application: Injection Moulding

- Estane® MB ABHU1 is a Polyester TPU based U.V. stabilizer masterbatch developed for extrusion and molding applications. - Incorporation of 2 to 3 % Estane® MB ABHU1 in Estane® TPU grades results in molded and extruded articles with an improved U.V. resistance. - To obtain a good dispersion of the U.V. stabilizer masterbatch in the TPU matrix during extrusion/molding, it is advised a screen pack (up to 100 mesh) during extrusion and sufficient screw back pressure during molding. - Recommended to dry MB before processing till = 0.05% moisture.

Markets - Wearables, electronics, interior automotive parts, consumer goods and extruded parts in general Polymer - ESTANE SILK thermoplastic polyurethane (TPU) Key Benefits - Soft touch, pleasant haptics - High mechanical and abrasion resistance - Non-yellowing, excellent weathering stability - Good adhesion to polar substrates - Good moldability and extrudability Lubrizol has launched a new material solution that provides a smooth, soft surface for highly aesthetic end-uses. The most recent development has color-stable, UV-resistant properties and stands out for itssoft touch, silky feeling combined with mechanical performance and faster processability, even in complex extrusion processes. While maintaining the long-lasting durability and resilience recognized in TPUs, this new development adds comfort and design flexibility. By applying this new grade from Lubrizol Engineered Polymers, the final product is silky smooth and color stable, it is just the silky finish that consumers are demanding as in the example of mobile phone cases which can become more comfortable to hold. The new development has a shore hardness of approximately 70 Shore A, and a fast injection molding cycle. It provides fast processing with 25% injection molding cycle reduction vs other aliphatic TPU alternatives. It is also a product suitable for an extrusion process and can be overmolded onto a variety of substrates (like PC or PC/ABS) providing outstanding adhesion. The new material can also be colored and reprocessed/recycled due to its thermoplastic behavior. It has high hydrolysis resistance and high mechanical strength.

TPUX 6005 is a thermoplastic polyurethane (TPU). Its soft character makes it particularly suitable for lamination of membranes with textiles. TPU 6005 shows good washing and dry cleaning resistance and is especially used as base dot in the double dot processing and also for hot melt applications.

This data represents typical values that have been calculated from all products classified as: Generic TPU, Unspecified - Glass Fiber This information is provided for comparative purposes only.

This data represents typical values that have been calculated from all products classified as: Generic TPU, Unspecified This information is provided for comparative purposes only.

HydroThane is a hydrophilic thermoplastic polyurethane elastomer, ranging in water absorption rates from 5% to 25%. This unique extrudable hydrophilic product line was designed to provide maximum physical properties for use in extruded or injection molded components, while allowing for consistent single-step surface lubricity characteristics and a low coefficient of friction. Available in aliphatic and aromatic versions, these elastomers have the ability to rapidly absorb water while maintaining high tensile strength and high elongation, resulting in a permanently lubricious polymer. HydroThane can be processed using conventional extrusion or injection molding equipment. Being hydrophilic even when dehydrated, they should be sealed and stored in a cool, dry place and are available in hardnesses of 80 Shore A and 93 Shore A. AdvanSource Biomaterials synthesizes and manufactures medical grade materials offering the ability to tailor physical and mechanical characteristics to support and enhance your end product design. These mechanical characteristic's, critical to the design and development of medical devices, can incorporate a wide range of physical and chemical properties while maintaining core characteristics such as biodurability and biocompatibility. In most materials, specialized characteristics such as the addition of colorant agents or antimicrobial properties (where applicable) can be added to the polymer to provide a homogenous material and limit secondary processing steps. In addition, radiopaque agents may also be incorporated into the formula to provide additional product enhancements and may contain up to 40%, by weight, of a radiopaque agent thus allowing varied-scale visibility options. With an expanding range of secondary operations including custom solution development, prototype coating capabilities, and project management services, ASB's expert team of chemists, scientists, engineers and industry professionals assist in every stage of customers' projects, from concept initiation through full-scale manufacture.

HydroThane is a hydrophilic thermoplastic polyurethane elastomer, ranging in water absorption rates from 5% to 25%. This unique extrudable hydrophilic product line was designed to provide maximum physical properties for use in extruded or injection molded components, while allowing for consistent single-step surface lubricity characteristics and a low coefficient of friction. Available in aliphatic and aromatic versions, these elastomers have the ability to rapidly absorb water while maintaining high tensile strength and high elongation, resulting in a permanently lubricious polymer. HydroThane can be processed using conventional extrusion or injection molding equipment. Being hydrophilic even when dehydrated, they should be sealed and stored in a cool, dry place and are available in hardnesses of 80 Shore A and 93 Shore A. AdvanSource Biomaterials synthesizes and manufactures medical grade materials offering the ability to tailor physical and mechanical characteristics to support and enhance your end product design. These mechanical characteristic's, critical to the design and development of medical devices, can incorporate a wide range of physical and chemical properties while maintaining core characteristics such as biodurability and biocompatibility. In most materials, specialized characteristics such as the addition of colorant agents or antimicrobial properties (where applicable) can be added to the polymer to provide a homogenous material and limit secondary processing steps. In addition, radiopaque agents may also be incorporated into the formula to provide additional product enhancements and may contain up to 40%, by weight, of a radiopaque agent thus allowing varied-scale visibility options. With an expanding range of secondary operations including custom solution development, prototype coating capabilities, and project management services, ASB's expert team of chemists, scientists, engineers and industry professionals assist in every stage of customers' projects, from concept initiation through full-scale manufacture.

10% CARBON FIBER REINFORCED TPU

10% GLASS FIBER REINFORCED TPU 60D HARDNESS

30% GLASS FIBER REINFORCED TPU 70D HARDNESS