- 5133 HS OR is a 33% glass fiber reinforced nylon 6/6 featuring high tensile strength and stiffness. - 5133 HS OR uses a proprietary copper-free heat stabilizer package to be considered “electronics compliant”. The special stabilizer package is to minimize the potential of corrosion of thin wire windings that occasionally occur with traditional heat stabilizers.

- Nylene 5133 HS is a heat stabilized, 33% glass fiber-reinforced nylon 6/6 featuring high tensile strength and stiffness. - Suitable for applications where strength and stiffness are required. - Exhibits an improved impact resistance and flexibility over unmodified nylons

Nylene 5133 is a glass fiber-reinforced nylon 6/6 featuring high tensile strength and stiffness.

Nylamid 5133-02 HS is a 33% glass fiber-reinforced nylon 6/6 molding resin offering the good strength properties expected from glass filled materials.

Nylamid 5133-04 BK is an economical, 33% glass fiber-reinforced nylon 6/6 used for injection molding.

Nylamid 5133-04 HS is an economical, 33% glass fiber-reinforced nylon 6/6 used for injection molding.

Nylene 5135 HS is a 35% glass fiber-reinforced nylon 6/6 featuring high tensile strength and stiffness.

Nylene 5140 HS is a 40% glass fiber-reinforced nylon 6/6 featuring high tensile strength and stiffness.

- Low wear 43% glass fiber reinforced nylon 6,6. - Provides a low friction and low wear surface while maintaining the high strength and stiffness required from a glass fiber reinforced material, - Suitable for applications such as bushings and bearings, wear plates, caterpillar tracks, and other parts where wear may be an issue.

Nylene 5133 is a glass fiber-reinforced nylon 6/6 featuring high tensile strength and stiffness.

Nylene 5145 HS is a 45% glass fiber-reinforced nylon 6/6 featuring high tensile strength and stiffness.

- Formulated to exhibit maximum stiffness for the most demanding applications - Glass fiber reinforced, heat-stabilized nylon 6/6 injection molding resin - Should be used in parts and tools specifically designed to accommodate such high glass fiber loadings, in order to maximize part performance

- Glass fiber reinforced, heat-stabilized nylon 6/6 injection molding resin - Formulated to exhibit maximum stiffness for the most demanding applications - Should be used in parts and tools specifically designed to accommodate such high glass fiber loadings, in order to maximize part performance

Nylene 5160 HS BK is a 60% glass fiber-reinforced nylon 6/6 featuring high tensile strength and stiffness.

- Glass fiber reinforced, heat-stabilized nylon 6 - Heat and chemical resistance and excellent surface appearance associated with nylon 6 resins - Improved strength and stiffness properties over unreinforced nylon

Nylene 5213 is a glass fiber-reinforced nylon featuring high tensile strength and stiffness.

- Glass fiber reinforced nylon 6 - Heat and chemical resistance and excellent surface appearance associated with nylon 6 resins - Improved strength and stiffness properties over unreinforced nylon

Nylene 5215 is a glass fiber-reinforced nylon featuring high tensile strength and stiffness.

Nylene 5222 BK TF is a black, 22% glass fiber-reinforced nylon 6 featuring high tensile strength and toughness.

Nylene 5225 is a 25% glass fiber-reinforced, heat stabilized nylon 6 injection molding resin.

Nylene 5225 is a 25% glass fiber-reinforced nylon 6 injection molding resin.

Nylene 5225-04 is a 25% glass fiber-reinforced, heat stabilized nylon 6 injection molding resin.

Nylene® 5230 HS BK is a 30% glass fiber-reinforced, heat-stabilized nylon 6 injection molding resin.

Nylene 5230 is a 30% glass fiber-reinforced nylon 6 featuring high tensile strength, stiffness and impact resistance.

- Nylene 5230-21 HS BK is a 20% glass bead, 10% glass fiber-reinforced, heat stabilized, injection molding resin. - Nylene 5230-21 HS BK is suitable for applications where dimensional stability is important. - This product uses glass fiber reinforcement to achieve improved strength and stiffness along glass beads for increased flatness and dimensional stability.

- Glass fiber reinforced heat stabilized nylon 6 injection molding resin. - High heat and chemical resistance inherent in nylon type resins, along with higher strength and stiffness due to glass fiber reinforcement. - Excellent surface appearance when processed in a warm mold.

Nylene 5233 is a glass fiber-reinforced nylon featuring high tensile strength, stiffness and impact resistance

Nylene 5233 is a glass fiber-reinforced nylon featuring high tensile strength, stiffness and impact resistance

Glass fiber reinforced nylon 6 featuring high tensile strength, stiffness and impact resistance

Nylene 5233-04 is a utility grade, 33% glass fiber filled nylon 6.

- Glass fiber reinforced, heat stabilized, nylon 6 injection molding resin - Suitable for end uses requiring high stiffness along with good appearance - The nylon 6 base resin provides excellent surface appearance - Heat and chemical resistance typical of nylon 6 resins, while glass fiber reinforcement provides outstanding strength and stiffness

- Glass fiber reinforced, heat stabilized, nylon 6 injection molding resin - Suitable for end uses requiring high stiffness along with good appearance - Heat and chemical resistance typical of nylon 6 resins, while glass fiber reinforcement provides outstanding strength and stiffness - The nylon 6 base resin provides excellent surface appearance

- Glass fiber reinforced, heat stabilized, nylon 6 injection molding resin - Suitable for end uses where maximum strength and stiffness are required - Specifically designed for maximum strength and stiffness while maintaining the heat and chemical resistance typical of nylon 6 resins

- General purpose, medium viscosity, extrusion grade resin - Other applications include wire jacketing and centrifugal casting which require good dielectric properties, toughness, and fatigue resistance - Optimum processing conditions should provide a melt temperature of 481°F - 500°F at the die

- Heat stabilized version of Nylene 600 which is a general purpose, medium viscosity, extrusion grade resin - Optimum processing conditions should provide a melt temperature of 481°F - 500°F at the die - Applications include wire jacketing and centrifugal casting which require good dielectric properties, toughness, and fatigue resistance

- Plasticized, high residual monomer resin designed for extrusion applications - Applications include flexible tubing, cable jacketing, as well as mono-filament extrusions - Optimum processing conditions should permit for a melt temperature of approximately 450°F at the die.

- Optimum processing conditions should permit for a melt temperature of 550 - 575°F (289 - 301°C) at the die. - Particularly recommended for the extrusion of thick slab, large rod stock, and large complex profiles. - Very high viscosity extrusion resin having an ISO Sulfuric Acid viscosity of 6. - Properties promote dimensional control for extrusion of pipe, tubing, film, and sheet.

- Very high viscosity extrusion resin having an ASTM relative viscosity of 800. - Particularly recommended for the extrusion of thick slab, large rod stock, and large complex profiles. - Optimum processing conditions should permit for a melt temperature of 550 - 575°F (289 - 301°C) at the die. - Properties promote dimensional control for extrusion of pipe, tubing, film, and sheet.

- Especially recommended for flexible packaging where as a film or coating it is used for the outside layer in multi-ply film constructions - Nylon 6, high viscosity, extrusion grade recommended for practically all types of extrusion including profile, film, and extrusion coating - Optimum processing conditions should permit for a melt temperature of 550 - 575°F (289 - 301°C) at the die.

- Nylon 6, high viscosity, extrusion grade recommended for practically all types of extrusion including profile, film, and extrusion coating - Can also be used for blow molding applications - Optimum processing conditions should permit for a melt temperature of 550 - 575°F (289 - 301°C) at the die. - Especially recommended for flexible packaging where as a film or coating it is used for the outside layer in multi-ply film constructions