NILAMID® A3 GFB1020 by Celanese is a heat stabilized polyamide 66 (PA 66) grade, reinforced with 10% glass fiber and 20% glass bead. Designed for injection molding process. NILAMID® A3 GFB1020 is... view more

NILAMID® A3 MGF2010 by Celanese is a heat stabilized polyamide 66 (PA 66) grade, filled with 20% mineral and 10% glass fiber. Designed for injection molding process. NILAMID® A3 MGF2010 is used for... view more

NILAMID® A3 W GF55 by Celanese is a heat stabilized polyamide 66 (PA 66) grade, reinforced with 55% glass fiber. Designed for injection molding process. NILAMID® A3 W GF55 is used for manufacturing... view more

NILAMID® B2 HH GF60 by Celanese is a polyamide 6 (PA 6) grade, reinforced with 60% glass fiber. Exhibits glossy finish, high stiffness and increased heat stabilization. Designed for injection... view more

NILAMID® C3 GF30 by Celanese is a heat stabilized polyamide 66 (PA 66) and polyamide 6 (PA 6) alloy, reinforced with 30% glass fiber. Designed for injection molding process. NILAMID® C3 GF30 is used... view more

NILAMID® C3 HH GF60 by Celanese is a high heat stabilized polyamide 66 (PA 66) and polyamide 6 (PA 6) alloy, reinforced with 60% glass fiber. Designed for injection molding process. NILAMID® C3 HH... view more

NILAMID® XS1 GF50 by Celanese is a partially aromatic polyamide (PA) grade, reinforced with 50% glass fiber. Exhibits very low warpage, very good creep resistance, excellent surface quality, high... view more

NILAMID® XS1 GF60 by Celanese is a partially aromatic polyamide (PA) grade, reinforced with 60% glass fiber. Exhibits very low warpage, very good creep resistance, excellent surface quality, high... view more

NILAMID® XS1 GF65 by Celanese is a partially aromatic polyamide (PA) grade, reinforced with 65% glass fiber. Exhibits very low warpage, very good creep resistance, excellent surface quality, high... view more

NILAMID® XS3 GF20 by Celanese is a partially aromatic polyamide (PA) grade, reinforced with 20% glass fiber. Exhibits very good creep resistance, excellent surface quality, high dimensional... view more

NILAMID® XS3 GF30 by Celanese is a partially aromatic polyamide (PA) grade, reinforced with 30% glass fiber. Exhibits very good creep resistance, excellent surface quality, high dimensional... view more

NILAMID® XS3 GF40 by Celanese is a partially aromatic polyamide (PA) grade, reinforced with 40% glass fiber. Exhibits very good creep resistance, excellent surface quality, high dimensional... view more

NILAMID® XS3 GF50 by Celanese is a partially aromatic polyamide (PA) grade, reinforced with 50% glass fiber. Exhibits very good creep resistance, excellent surface quality, high dimensional... view more

NILAMID® XS3 GF50/FA by Celanese is a partially aromatic polyamide (PA) grade, reinforced with 50% glass fiber. Exhibits very good creep resistance, excellent surface quality, high dimensional... view more

NILAMID® XS3 GF55 TF10 by Celanese is a partially aromatic polyamide (PA) grade, reinforced with 55% glass fiber and lubricated with 10% polytetrafluoroethylene (PTFE). Exhibits low wear and... view more

NILAMID® XS3 GF60 by Celanese is a partially aromatic polyamide (PA) grade, reinforced with 60% glass fiber. Exhibits very good creep resistance, excellent surface quality, high dimensional... view more

NILAMID® XS3 GF65 by Celanese is a partially aromatic polyamide (PA) grade, reinforced with 65% glass fiber. Exhibits very good creep resistance, excellent surface quality, high dimensional... view more

NILAMID® XS3 J05 GF50 by Celanese is an impact modified, partially aromatic polyamide (PA) grade, reinforced with 50% glass fiber. Exhibits very good creep resistance, excellent surface quality... view more

NILAMID® XT1 GF30 by Celanese is a heat stabilized polyphthalamide (PPA) grade, reinforced with 30% glass fiber. Exhibits excellent creep resistance, high stiffness, dimensional stability and... view more

NILAMID® XT1 GF50 by Celanese is a heat stabilized polyphthalamide (PPA) grade, reinforced with 50% glass fiber. Exhibits excellent creep resistance, high stiffness, dimensional stability and... view more