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

Nylene 6111 HS is an impact modified, heat-stabilized nylon 6/6 with 40% mineral reinforcement.

- Nylene 6140 HS is a heat-stabilized nylon 6/6 with 40% mineral reinforcement. - Designed for maximum dimensional stability and high stiffness characteristics

- Mineral reinforced,heat-stabilized nylon 6 injection molding grade - Designed for maximum dimensional stability and high stiffness characteristics, while having a very good surface appearance

Nylene 6440 HS is a 36% mineral reinforced, impact modified and heat-stabilized nylon 6/6 with excellent impact resistance.

- Nylon 6/6 Homopolymer resin with increased wear resistance and lubricity. - Suitable for injection molding applications. - Has the inherent strength, lubricity, and chemical resistance common to nylon 6/6 homopolymer materials while exhibiting lower friction and wear characteristics.

Nylene 7139 is a nylon 66 resin containing 1% molybdenum disulfide which provides reduced friction and wear without significantly affecting other engineering properties.

- Nylon 6/6 Homopolymer resin with increased wear resistance and lubricity - Suitable for injection molding applications - Has the inherent strength, lubricity, and chemical resistance common to nylon 6/6 homopolymer materials while exhibiting lower friction and wear characteristics

Heat-stabilized, mineral and glass fiber-reinforced nylon 6 with excellent molding characteristics and very good physical properties

Nylene 7215 HS BK is a nylon 6,6 resin containing 40 percent of a mineral and glass fiber combination providing good surface appearance and excellent engineering properties.