Celanyl LXB3 UV MetaLX is a UV stabilized, unfilled polyamide with molded-in-metallic color grade

Celanyl SXB3 UV ND5012 Piano Black is a UV stabilized, unfilled polyamide with molded-in-color piano black grade

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 HB@0.45mm. 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

PPA compound, 40% glass fiber reinforced, heat stabilized. Intended for engineering applications that require a maximum service temperature higher than that of normal aliphatic polyamides. In addition to the outstanding thermal and chemical resistance, it provides high and constant mechanical performance, unaltered even after moisture absorption. Excellent creep behavior and dimensional stability. Suitable for drinking water applications.

PPA compound, 50% glass fiber reinforced, heat stabilized. Intended for engineering applications that require a maximum service temperature higher than that of normal aliphatic polyamides. In addition to the outstanding thermal and chemical resistance, it provides high and constant mechanical performance, unaltered even after moisture absorption. Excellent creep behavior and dimensional stability. Suitable for drinking water applications.

PPA compound, 35% glass fiber reinforced, heat stabilized. Intended for engineering applications that require a maximum service temperature higher than that of normal aliphatic polyamides. In addition to the outstanding thermal and chemical resistance, it provides high and constant mechanical performance, unaltered even after moisture absorption. Excellent creep behavior and dimensional stability. Extended heat ageing resistance.

PPA compound, 45% glass fiber reinforced, heat stabilized. Intended for engineering applications that require a maximum service temperature higher than that of normal aliphatic polyamides. In addition to the outstanding thermal and chemical resistance, it provides high and constant mechanical performance, unaltered even after moisture absorption. Excellent creep behavior and dimensional stability. Extended heat ageing resistance.

PPA, 35% glass fiber reinforced, heat stabilized Designed for engineering applications requiring a maximum service temperature higher than that of standard polyamides.The most relevant characteristics are: High stiffness and strength at elevated temperatures, excellent creep behavior, small influence on mechanical properties after moisture uptake, good dimensional stability and low warpage. XT4 grades show an easier processability compared with other PPAs.Â