Grivory® GVX-5H Black 9915 by EMS is a water-insoluble, nearly odorless engineering thermoplastic material based on a combination of semicrystalline polyamide with partially aromatic copolyamide... view more

Grivory® GVX-5H Natural by EMS is a water-insoluble, nearly odorless engineering thermoplastic material based on a combination of semicrystalline polyamide with partially aromatic copolyamide... view more

Grivory® GVX-65H Black 9915 by EMS is a water-insoluble, nearly odorless engineering thermoplastic material based on a combination of semicrystalline polyamide with partially aromatic copolyamide... view more

Grivory® GVX-65H Natural by EMS is a water-insoluble, nearly odorless engineering thermoplastic material based on a combination of semicrystalline polyamide with partially aromatic copolyamide... view more

Grivory® GVX-6H Black 9915 by EMS is a water-insoluble, nearly odorless engineering thermoplastic material based on a combination of semicrystalline polyamide and partially aromatic copolyamide... view more

Grivory® GVX-6H Natural by EMS is a water-insoluble, nearly odorless engineering thermoplastic material based on a combination of semicrystalline polyamide with partially aromatic copolyamide... view more

Grivory® GVX-7H Black 9915 by EMS is a water-insoluble, nearly odorless engineering thermoplastic material based on a combination of semicrystalline polyamide with partially aromatic copolyamide... view more

Grivory® GVX-7H Natural by EMS is a water-insoluble, nearly odorless engineering thermoplastic material based on a combination of semicrystalline polyamide with partially aromatic copolyamide... view more

Grivory® XE 16101 (GVL-5H HP) Natural by EMSGrivory EMS Group is a combination of a heat stabilized semi-crystalline polyamide with a partially aromatic polyamide and 50% long special glass fibers... view more

It is based on a combination of a heat stabilised semi-crystalline polyamide with a partially aromatic polyamide. The product is flame retarded and reinforced by 40% long glass fibres... view more