High impact modified Polyamide 612 with electrical neutral heat stabilization system for extrusion applications. Heat stabilization system with very low halogen content (<30 ppm).

Impact modified Polyamide 612 with heat stabilization. Specially designed for outside coating of metal tubes. Improved flow properties. High chemical resistance. High gloss surface.

Impact modified Polyamide 612 with electrical neutral heat stabilization system for extrusion applications. Heat stabilization system with very low halogen content (<30 ppm).

Impact modified Polyamide 612 with electrical neutral heat stabilization system for extrusion applications. Heat stabilization system with very low halogen content (<30 ppm).

30% glass fiber reinforced, Polyamide 612 compound, heat stabilized

33% glass fiber reinforced, Polyamide 612 Compound, with electrical neutral heat stabilization and high strength after conditioning

33% glass fiber reinforced, Polyamide 612 Compound, electrically neutral heat stabilized

33% glass fiber reinforced, Polyamide 612 compound

50% glass fiber reinforced Polyamid 612 compound, heat stabilised

Impact modified Polyamide 612, heatstabilized for injection molding

Polyamide 612, high viscosity, heat stabilized for extrusion molding

Plasticized High impact modified Polyamide 612 with electrical neutral heat stabilization system for extrusion applications. Heat stabilization system with very low halogen content (<30 ppm).

Unfilled and plasticized polyamide 612 compound.

7% glass bead reinforced Polyamide 612, impact modified, UV stabilized, specialized for mold-in-color exterior applications

Shakespeare ® HG195SC is a low viscosity, compounding grade PA612 material. This resin is specifically suited for applications requiring low moisture regain and greater dimensional stability. Shakespeare ® HG195SC is also used in applications requiring good electrical insulation properties, and can be processed using conventional techniques. Application Examples: - Micro/Precision Molding - Automotive - Glass Molded Compounds - Electrical Connectors - Improved Loading - Engineered Plastic Parts

Shakespeare ® HG31SI is a high viscosity PA612 material. This resin is specifically suited for applications requiring low moisture regain and greater dimensional stability. Shakespeare® HG31SI is also used in applications requiring good electrical insulation properties, and can be processed using conventional techniques. Application Examples: - Injection Molding - Profile Extrusion - Tubing/Cable Jacketing - Electrical Connectors - Films/Filament

Shakespeare ® SVPX-113 is a high viscosity PA612 material. This resin is specifically suited for applications requiring low moisture absorption, greater dimensional stability and enhanced flexibility. Shakespeare ® SVPX-113 is also used in applications requiring good electrical insulation properties, and can be processed using conventional techniques. Application Examples: - Injection Molding - Profile Extrusion - Tubing/Cable Jacketing - Film Extrusion - Compounding

Shakespeare ® SVPX-114 is a low/medium viscosity PA612 material. This resin is specifically suited for applications requiring low moisture regain and greater dimensional stability. Shakespeare ® SVPX-114 is also used in applications requiring good electrical insulation properties, and can be processed using conventional techniques. Application Examples: - Injection Molding - Profile Extrusion - Tubing/Cable Jacketing - Electrical Connectors - Films - Compounding

Features and Applications: As one kind of nylon with better tenacity, PA612 is mainly applicable to coating of high-grade toothbrush monofilaments, monofilaments and cables.

Features and Applications: As one kind of nylon with better tenacity, PA612 is mainly applicable to coating of high-grade toothbrush monofilaments, monofilaments and cables.

TECAMID® 612 - Stock Shapes (rods, plates, tubes) Main features - low moisture absorption - good dimensional stability - good wear resistance - good mechanical properties Target Industries - heavy duty industry - mechanical engineering - conveyor technology - power engineering

Molding Parameters: The dry temperature at 16 hours is 165°F. For 2-zone machines, the rear temperature is 510-540°F, and the front temperature is 500-530°F.

Nylon 612, glass fiber reinforced, superior strength, chemical resistance ADDITIONAL FORMULAS - Added Lubricant "L" - Additional UV "U" - Additional Heat Stabilizers "HS" - Nucleated "N"

Since its introduction in 1938, Nylon has become one of the world's most widely recognized and utilized engineering grade thermoplastics. Nylon's unique combination of high strength, good toughness, outstanding chemical resistance, and excellent wear and abrasion resistance have made it the material of choice for product designs in a multitude of industries. When used to replace wear grade metals like brass and bronze, no other material provides the combination of extended wear life, light weight, and low fabricated part cost of Nylon. Nytef Plastics, Ltd. manufactures UNIPA® Nylon stock shapes in a wide variety of types and stock shape configurations. These UNIPA Nylon products fall into the categories of Type 6/6 Extruded UNIPA Nylons and Type 6 UNIPA M Cast Nylons. While both types of Nylon are very similar, there are performance and availability differences between the two grades that should be noted: UNIPA Type 6/6 Extruded Nylons: - offer improved toughness - offer improved flame resistance - are available in smaller rod diameters (< 2" dia.) Nytef Plastic's UNIPA Nylon 6/6 extruded stock shapes are available in a wide range of grades— including both lubricated and fiber reinforced products. UNIPA Nylon 6/6 materials are offered in a complete range of extruded round, square, and hex rod, heavy gauge plate, and tubular bar sizes.