Semi-aromatic polyamide blend, 40% glass fibre, with PTFE Compound designed for tribological systems with high mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.

Semi-aromatic polyamide blend, 50% glass fibre, general purpose Compound designed for parts with high mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.

Semi-aromatic polyamide blend, 50% glass fibre, heat stabilized. Compound designed for parts with high mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish. Suitable for drinking water applications.

Semi-aromatic polyamide blend, 50% glass fibre Compound designed for parts with high mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.

Semi-aromatic polyamide blend, 50% glass fibre, heat stabilized. UL listed [email protected]. Compound designed for parts with high mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.

Semi-aromatic polyamide blend, 60% glass fibre, heat stabilized. Compound designed for parts with maximu mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.Â

Semi-aromatic polyamide blend, 60% glass fibre, heat stabilized. Compound designed for parts with maximu mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.Â

Semi-aromatic polyamide blend, 60% glass fibre, heat stabilized. Compound designed for parts with maximu mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.Â

Semi-aromatic polyamide blend, 60% glass fibre, heat stabilized. Compound designed for parts with maximu mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. It shows better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and excellent surface finish.Â

Application examples: By the lubricant, components of this material are suitable for for sliding elements with high load especially. Sliding parts, hoisting devices, pulleys, bearings, sockets, etc.

High strength Nylon color concentrate intended for use with Nylon 6 and Nylon 66 polymers and compounds. Suggested let down ratio is 100 parts resin: 1 part concentrate by weight. However, this may differ depending on application and/or molding requirements.

PA Dinalon, Flexible, grey

Duramide 6XMG35 is a nylon based resin compound with a proprietary combination of fillers designed for structural performance, improved surface appearance, dimensional stability, and UV stability. Data sheet values below are for all colors.

Unreinforced, Blow Molding Grade, Heat Stabilized, Improved Impact

15% Glass Reinforced, Injection Molding, Heat Stabilized, Improved Impact

30% Glass Reinforced, Injection Molding, Improved Impact

30% Glass Reinforced, Injection Molding, Improved Impact

30% Glass Reinforced, Injection Molding, Improved Impact

30% Glass Reinforced, Injection Molding, Heat Stabilized, Improved Impact

30% Glass Reinforced, Injection Molding, Heat Stabilized, Improved Impact

35% Glass Reinforced, Injection Molding, Improved Impact

40% Glass Reinforced, Injection Molding, Improved Impact

40% Glass Reinforced, Injection Molding, Heat Stabilized, Improved Impact

15% Glass Reinforced, Injection Molding, Heat Stabilized

15% Glass Reinforced, Injection Molding

15% Glass Reinforced, Injection Molding, Heat Stabilized

15% Glass Reinforced, Injection Molding, Heat Stabilized

15% Glass Reinforced, Injection Molding, Heat Stabilized

15% Glass Reinforced, Injection Molding, Improved Impact

15% Glass Reinforced, Injection Molding, Heat Stabilized, Improved Impact

15% Glass Reinforced, Injection Molding, Heat Stabilized, Improved Impact

15% Glass Reinforced, Injection Molding, Improved Impact

30% Glass Reinforced, Injection Molding, Heat Stabilized, Improved Impact

30% Glass Reinforced, Injection Molding, Heat Stabilized, Improved Impact

30% Glass Reinforced, Injection Molding, Improved Impact

Unreinforced, Film Extrusion, Extrusion, Food Contact Quality, Transparent, Medium Viscosity, no additives

Unreinforced, Film Extrusion, Extrusion, Food Contact Quality, Medium Viscosity

Unreinforced, Film Extrusion, Extrusion, Food Contact Quality