Features and Applications: Compared with nylon 6 and nylon 66, nylon 610 is much softer and lower in water absorption, featured by excellent low temperature resistance and dimensional stability. Due to oil and chemicals resistance and excellent electric performance, it belongs to self-extinguishing material and can be applicable to coating of bristlelike monofilaments of toothbrush and cables.

Features and Applications: Compared with nylon 6 and nylon 66, nylon 610 is much softer and lower in water absorption, featured by excellent low temperature resistance and dimensional stability. Due to oil and chemicals resistance and excellent electric performance, it belongs to self-extinguishing material and can be applicable to coating of bristlelike monofilaments of toothbrush and cables.

*Previously TECHNYL eXten D 218 V30 BLACK TECHNYL D 218 V30 BK is a polyamide 6.10, reinforced with 30% of glass fibre, heat stabilized, for injection moulding. This grade offers excellent chemical resistance, low water absorption, very good mechanical properties and moldability. It is a partially bio-sourced material.

*Previously TECHNYL eXten D 219 V50 BLACK TECHNYL D 219 V50 BK is a polyamide 6.10, reinforced with 50% of glass fibre, heat stabilized , for injection moulding.

*Previously TECHNYL eXten D 238 V30 BLACK TECHNYL D 238 V30 BK is a polyamide 6.10, reinforced with 30% of glass fibre, heat stabilized, impact modified, for injection moulding. Thi grade offers excellent chemical resistance, low water absorption, very good mechanical properties and moldability. It is a partially bio-sourced material.

*Previously TECHNYL eXten D 219WFC V30 BLACK TECHNYL D 219WFC V30 Black is a polyamide 6.10, reinforced with 30% of glass fibre, heat stabilized with organic stabilizers, for injection moulding. Designed to offer lower water uptake, higher dimensional stability and enhanced chlorine resistance versus PA 6.6 for cold and warm temperature in domestic and industrial water management components including, but not limited to, components in contact with drinking water where elevated levels of chlorine could be present.

*Previously TECHNYL eXten D 219WFC V50 BLACK TECHNYL SAFE D 219WFC V50 BK is a polyamide 6.10, 50% glass fibre reinforced, heat stabilized with organic stabilizers, for injection moulding. Designed to offer lower water uptake, higher dimensional stability and enhanced chlorine resistance versus PA 6.6 for cold and warm temperature in domestic and industrial water management components including, but not limited to, components in contact with drinking water where elevated levels of chlorine could be present.

*Previously TECHNYL eXten D 437P NATURAL TECHNYL SHAPE D 437P NC is an unfilled polyamide 6.10, medium viscosity, unfilled, plasticized, UV and heat stabilized, for extrusion applications. This polyamide 6,10 for extrusion is specially performing where high flexibility and toughness are requested. It is specially developed for automotive and other applications where a long term high temperature usage is requested. It is a partially bio-sourced material.

*Previously TECHNYL eXten D 458P BLACK TECHNYL eXten D 458P Black is a high viscosity unfilled plasticized PA6.10 for extrusion applications. This grade is also UV stabilized. This polyamide 6,10 for extrusion is specially performing where high flexibility and toughness are requested. It is specially developed for automotive and other applications where a long term high temperature usage is requested. It is a partially bio-sourced material.

Polyamide 6.10 with medium viscosity, party from bio-renewable recources. For injection moulding and extrusion applications.

Medium viscosity polyamide 6.10 with 30% glass fibre reinforcement. Partly based on renewable resources. For injection moulding applications.

CF30%

Ultramid® eXten D 219WFC V50 Black is a polyamide 6.10, reinforced with 50% of glass fibre, heat stabilized with organic stabilizers, for injection moulding. This grade offers lower water uptake, higher dimensional stability and enhanced chlorine resistance versus standard PA 6.6. It offers too an enhanced corrosion resistance, a reduction in lead levels versus standard metal solutions and an increase in ease of processing and part design freedom versus metal solutions and other plastics. It is used for cold and warm water plumbing components including, but not limited to, components in contact with drinking water systems globally where elevated levels of chlorine could be present.

Easy flowing, stabilized product for fast processing.

PA 610 resin, partly from sustainable feedstock, 30% glass fiber reinforced, flame retarded halogen free for injection moulding

VERDANT RRPA610Y is a post-industrial-recycled, unfilled, polyamide 610 resin in black color intended for injection molding applications.

VESTAMID® Terra HS1851 is a glass fiber-reinforced, heat-stabilized, medium-viscosity PA 610 compound for injection molding application. The material contains about 20% glass fibers, an ageing protective agent and processing aid for a fast and even form filling. The carbonamide groups (-CO-NH-) of the polyamides form hydrogen bridge bonds between the chains of the macromolecules, thereby substantially promoting crystallinity and increasing their strength, melting point, resistance to chemicals and even water absorption. This is characteristic of all semi-crystalline polyamides. Because of its semi-crystalline morphology VESTAMID® Terra HS1851 provides a high impact strength, excellent chemical resistance (e.g. against greases, oils, alkalis and saline solutions), a low coefficient of friction and high abrasion resistance. VESTAMID® Terra is a group of new polyamides, the monomers for which are based entirely or partly on renewable raw materials. VESTAMID® Terra HS is the polycondensation product of 1,6-hexamethylene diamine (H) and 1,10-decanedioic acid (sebacic acid—S). Because sebacic acid is derived from castor oil, VESTAMID® Terra HS is a material that is partly based on bio-based and renewable resources. Pigmentation may affect values.

VESTAMID® Terra HS2211 BK E70405 is a polyamide 610 compound developed for the manufacturing of tubing systems with higher demands on heat resistance. The melting range of VESTAMID® Terra HS2211 BK E70405 is about 40°C higher than PA 11 and PA 12 compounds and allows higher peak temperatures in use. The compound is especially suitable for the extrusion of tubing systems that are exposed to high burst pressures at high service temperatures, e.g., hydraulic clutch lines. VESTAMID® Terra HS is partly based on renewable raw materials and fills the performance gap between the commodity and the niche long-chain nylons. VESTAMID® Terra HS is the polycondensation product of 1,6-hexamethylene diamine (H) and 1,10-decanedioic acid (sebacic acid—S). Because sebacic acid is derived from castor oil, VESTAMID® Terra HS is a material that is partly based on bio-based and renewable resources. Pigmentation may affect values.

VESTAMID® Terra HS22X-HI-H2 BK E70392 is a polyamide 610 extrusion compound developed for the manufacturing of tubing systems with higher demands on heat resistance. The melting point of VESTAMID® Terra HS22X-HI-H2 BK E70392 is being about 40°C higher than PA 11 and 12 compounds and allows higher peak temperatures in use. The compound is especially suitable for the extrusion of tubing systems that are exposed to high burst pressures at high service temperatures, e.g., hydraulic clutch lines. VESTAMID® Terra is a group of new polyamides, the monomers for which are based entirely or partly on renewable raw materials. VESTAMID® Terra HS is the polycondensation product of 1,6-hexamethylene diamine (H) and 1,10-decanedioic acid (sebacic acid-S). Because sebacic acid is derived from castor oil, VESTAMID® Terra HS is a material that is partly based on bio-based and renewable resources. Pigmentation may affect values.

33% Glass Reinforced, Heat Stabilized, Biobased Polyamide 610

Unreinforced, Medium Viscosity, Biobased Polyamide 610 Developed for Extrusion

Unreinforced, Renewably Sourced, High Viscosity Polyamide 610 Developed for Extrusion