66GF6H is a 30% glass fibre reinforced, heat stabilised nylon 66 that offers good mechanical performance and endurance at elevated service temperatures, coupled with good surface finish and flow.

813CI is an impact modified, 13% carbon fibre reinforced grade of PA612. It offers a combination of good mechanical strength, low density and low moisture absorption.

830GHI is an impact modified, 30% glass fibre reinforced, heat stabilised grade of PA612. It offers good mechanical strength and low moisture absorption.

Chemlon® 904-15 GVNH is a halogen free flame retardant, 15% glass fiber reinforced polyamide 66 (PA 66) designed for injection molding. This material has low halogen content and is available globally.

A60XTH is a modified nylon 66 grade that contains a heat stabilisation system to extend product life at elevated temperatures. This grade offers excellend toughness coupled with good rigidity.

A82 is a UL recognised, V-0 rated halogen & phosphorus free flame retarded, unreinforced injection moulding grade of nylon 66.

AF417 is a 33% glass fibre reinforced nylon 66 that offers excellent mechanical performance coupled with an improved surface finish. The grade is also heat stabilised and can be used at elevated temperatures.

MD21 is a medium viscosity grade of nylon 6 designed for wire coating extrusion. MD21 is heavily pigment and is designed to provide good opacity even with thin coatings. It also features a lubrication system that is designed to ensure excellent adhesion between the wire and the coating - as well as optimal processing characteristics at high line speeds. MD21 is available in a range of colours - including heavy metal free options.

MD3G is a general purpose, unfilled injection moulding grade of nylon 6. MD3G contains a nucleating agent to enable mouldings to be produced with short cycle times.

MD82 is a UL recognised, V-0 rated, halogen & phosphorus free flame retardant, unreinforced injection moulding grade of nylon 6.

MDF2 is a heat stabilised 30% glass fibre reinforced nylon 6 that offers good mechanical performance coupled with good surface finish.