Products

Nylene Heat stabilized nylon 6 copolymer for both extrusion and injection molding Exhibits excellent flexibility and impact resistance in addition to the heat and chemical resistance of nylon 6 resins Suitable for flexible tubing and overmolding extrusions as well as molding applications that require maximum flexibility from a nylon type resin

Nylene Specially formulated nylon 6 molding resin possessing outstanding flow characteristics Ideally suited for applications requiring high flow properties and resistance to cracking Optimum processing conditions should provide a melt temperature of 450 - 470°F at nozzle

Modified nylon 6 with very good physical properties and excellent extrusion characteristics to support extrusion of very complex profiles Especially useful for convoluted tubing.

Nylene High viscosity nylon copolymer with high impact resistance and superior flexibility Optimized with good melt strength for high line speeds in thin wall sections, and is available in natural and black 2407 HSSP is one of a family of grades specifically designed for the convoluted tubing industry, but can also be used for other extrusions and some molded parts

Nylene High viscosity nylon copolymer with enhanced impact and high flexibility Optimized with good melt strength for high line speeds in thin wall sections 2403 HSSP BK is one of a family of grades specifically designed for the convoluted tubing industry, but can also be used for other extrusions and some molded parts.

Nylene Nylon 6 based copolymer suitable for both blown and cast film coextrusion Lower melting point and is less crystalline than nylon 6 Excellent toughness, chemical resistance, transparency, and low oxygen permeability Films made using Nylene 826 exhibit superior deep draw characteristics Because Nylene 826 is polymerized using a continuous process, it has good lot-to-lot consistency.

Nylene Nylene PX1719HS is a heat stabilized, high impact, nylon 6 extrusion grade resin with a low flexural modulus. PX1719HS is ideally suited for extrusion of tubing and profiles requiring outstanding toughness and flexibility. Because of its excellent flow characteristics, it may also be used for injection molding parts requiring a high Izod impact value. Optimum processing conditions should provide a melt temperature of 520 - 540°F at the die or nozzle.

Nylene Nylene® 734 HS is a Polyamide 6 (Nylon 6) material. It is available in North America.Important attributes of Nylene® 734 HS are: Impact Modified Medium Viscosity

Modified nylon 6 with very good physical properties and excellent extrusion characteristics to support extrusion of very complex profiles Especially useful for convoluted tubing

Nylene 50% glass fiber reinforced, heat-stabilized nylon 6 injection molding resin Specifically designed for maximum strength and stiffness while maintaining the heat and chemical resistance typical of nylon 6 resins Suitable for brackets, enclosures, valve bodies, and other uses where maximum strength and stiffness are required

Nylene 33% glass fiber reinforced, impact modified, heat-stabilized nylon 6 Useful in applications which require the stiffness of 33% glass fiber reinforcement, but also benefit from improved toughness, especially in dry or cold environments Suitable for applications such as brackets, housings, seating components, handles, and other similar uses

Nylene General purpose, medium viscosity, extrusion grade resin used in applications such as rods, slabs, and tubing 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

Nylene Heat stabilized version of NYLENE 600 which is a general purpose, medium viscosity, extrusion grade resin used in applications such as rods, slabs, and tubing 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 480°F - 500°F at the die

Nylene Very high viscosity extrusion resin having an ASTM relative viscosity of 800 Excellent structural strength, durability, and physical properties Good melt strength and good draw-down properties which promote dimensional control for extrusion of pipe, tubing, film, and sheet 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 at the die.

Nylene High viscosity nylon copolymer with enhanced impact and high flexibility Optimized with good melt strength for high line speeds in thin wall sections Specifically designed for the convoluted tubing industry, but can also be used for other extrusions and some molded parts.

Nylene Designed for use in extrusion of Tubing and Film Excellent grease resistance, toughness, and resistance to abrasion Films made from NX4797, have good barrier properties against Oxygen and Aroma typical of PA6 Meets FDA 21 CFR 177.1500 food contact requirements

Nylene NYLENE® BX3WQ662X is a standard viscosity, heat stabilized, special nylon polymer, made specificaly for wire jacketing. Provides excellent performance in applications that require a combination of toughness, abrasion resistance and chemical resistance. UL listed and meeting the requirements of UL 83 for wire jacketing.

Nylene High viscosity nylon copolymer with enhanced impact and high flexibility Optimized with good melt strength for high line speeds in thin wall sections 2409 HSSP BK is one of a family of grades specifically designed for the convoluted tubing industry, but can also be used for other extrusions and some molded parts.

Nylene High viscosity nylon copolymer with high impact resistance and superior flexibility Optimized with good melt strength for high line speeds in thin wall sections 2415 HSSP BK is one of a family of grades specifically designed for the convoluted tubing used n the Automotive and Electrical industry, but can also be used for other extrusions and some molded parts.

Nylene Highly impact modified nylon 6 resin. PX1719 has very low stiffness for a nylon type resin Can be processed by either injection molding or extrusion Suitable for clips, fasteners, and also tubing and profiles, or any other uses where high impact resistance and maximum flexibility are required

Nylene Nylene NX1170 is a high viscosity, extrusion grade resin containing 5% molybdenum disulfide for improved wear resistance. The abrasion resistance of nylon 6 is enhanced by the addition of molysulfide. Because of its high melt viscosity, NX1170 can be extruded into rods, tubing, thin films, many complex shapes.

Nylene Plasticized, high residual monomer resin designed for extrusion applications requiring excellent flexibility, high strength and good abrasion resistance Applications include flexible tubing, cable jacketing, and mono-filament extrusion such as fish line and netting, sewing thread, and weaving thread Optimum processing conditions should permit for a melt temperature of approximately 450°F at the die.

Nylene Copolymer suitable for both blown and cast film co-extrusion, Has a lower melt point and is less crystalline than standard nylon 6 resins, Excellent toughness, chemical resistance, transparency, and low oxygen permeability, superior deep-drawing characteristics, Effective processing is achieved with extruder and die temperatures in the range of 450 - 525°F.

Nylene Heat stabilized version of 733, which is a highly impact modified nylon suitable for both molding and extrusion In addition to heat stabilization to prevent thermal degradation, parts molded from 734 have excellent impact strength right out of the mold without post conditioning Outstanding features include high stiffness and high strength Cylinder temperatures should be in the 500-550°F range.

Nylene® 5235 SP TF BK is a Polyamide 6 (Nylon 6) material filled with 35% talc. It is available in North America.

Nylene Nylene® 4214 HS is a Polyamide 6 (Nylon 6) material. It is available in North America for extrusion or injection molding.Important attributes of Nylene® 4214 HS are: Heat Resistant Good Flexibility Heat Stabilizer Impact Modified Impact Resistant

Nylene Nylon 6 polymer designed for use in extrusion of tubing and film to be used in food packaging. High melt strength for shape retention Like most PA6, Nylene 615 NP has excellent grease resistance, toughness, and resistance to abrasion.

Nylene Nylene NX3024F is a medium viscosity nylon 6 resin suitable for general purpose molding applications. In addition to excellent melt stability and good melt strength, NX3024F has excellent grease resistance, toughness, resistance to abrasion, and does not absorb food odors. Nylene NX3024F meets the requirements of FDA regulation 21 CFR 177.1500 for direct food contact. Optimum processing conditions should provide a melt temperature of 480 - 500°F at the die.

Compounding, General Grade, mid RV, unlubricated.

Nylene Heat stabilized version of 406 which is a general purpose, fast cycling molding resin Crystallization initiators provide fast molding cycles through rapid melt set-up. In addition to protection from heat degradation Parts molded from 409 have better dimensional stability at moisture equilibrium than parts molded from conventional nylon Optimum processing conditions should provide a melt temperature of 450°F-470°F at the nozzle

Nylene Specially formulated nylon powder for the ROTOMOLDING process For uses where HIGH IMPACT properties are required Heat stabilized Dried to less than 0.20% moisture and packaged in foil-lined drums to eliminate the need for pre-drying Strongly recommend the use of an inert gas such as nitrogen in the mold to minimize thermal degradation during processing

33% glass fiber reinforced nylon 6 featuring high tensile strength, stiffness and impact resistance

Spinning Grade Polymer-Cationic Dye (low amine end group)

Nylene Copolymer of nylon 6 Has many of the properties desirable in nylon 6 such as toughness, chemical resistance and strength coupled with the advantages of a copolymer Advantages include high elongation, good clarity and flexibility, and lower processing temperatures Effective processing is achieved with extruder and die temperatures in the range of 450 - 525°F but may be processed as low as 420°F

General purpose nylon 6 Economy Grade resin

Please contact Custom Resins Group for additional information.