Product Search Options

  •   Enter Description or Keyword here:

    Instructions:
    • Make sure words are spelled correctly.
    • * Try more general keywords.
    • * Try fewer keywords.
    • * Try different keywords.
    • * View results in the table to the right.

Home About Us Nylene Polymer Nylene Carpet Fiber Technical Resources Customer Support Contact Us


Nylene Technical Datasheet Search

 

Use the menu on the left to refine your search.
Quick Find
   
Nylene - 6
A complete line of nylon 6 resins, including Homo-polymer, impact modified grades, glass fiber reinforced, mineral filled, extrusion grades, film grades, conductive and anti-static grades, custom colors.
 Product  
  Type  
  Description  
NYLENE 200 P PA-6
  • Medium viscosity, general purpose nylon 6 molding resin which has been ground cryogenically to a very fine powder
  • Excellent melt stability, grease resistance, and toughness
NYLENE 201 PA-6
  • Nucleated nylon 6 molding resin designed for faster molding cycle times and lower part shrinkage
NYLENE 201L PA-6
  • Lubricated, nucleated nylon 6 molding resin designed for faster molding cycle times and lower part shrinkage
NYLENE 204 HS PA-6
  • Heat stabilized version 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 NYLENE 204 HS have better dimensional stability at moisture equilibrium than parts molded from conventional nylon
  • Suitable for molding clip and fasteners, bushings, spacers, and other general purpose applications
NYLENE 206 PA-6
  • Medium viscosity, modified nylon 6 molding resin used extensively in injection molding applications and in applications requiring clear colors
NYLENE 307 HS PA-6
  • A low viscosity, heat stabilized nylon 6 molding resin.
NYLENE 321 HS PA-6
  • Impact modified, heat stabilized nylon 6 injection molding resin.
  • Inherent heat and chemical resistance typical of nylon 6 resins, while having higher toughness for uses where some impact may occur during service
  • Suitable for such applications as clips, fasteners, safety restraint components, and uses which require higher toughness and flexibility
NYLENE 323 PA 6
  • Flexurally modified nylon 6 molding resin with excellent impact resistance.
NYLENE 323 HS PA-6
  • 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 400 PA-6
  • Specially polymerized nylon 6 resin possessing high clarity and very low viscosity
  • Designed specifically for use in manufacturing concentrates and other compounding uses
  • The low viscosity of Nylene 400 aids in dispersion and mixing of concentrates and pigments, and can be used as a carrier for both type 6 and type 6/6 nylons
NYLENE 4004 HS PA 6
  • General purpose PA 6 Economy Grade resin.
NYLENE 401 PA-6
  • General purpose un-reinforced nylon 6 injection molding resin.
  • High flow characteristics at minimal processing temperatures
  • Suitable for applications in both thin and heavy sections that require typical nylon characteristics and easy molding
NYLENE 401 F PA-6
  • Food-contact FDA compliant un-reinforced nylon 6 injection molding resin
  • High flow characteristics at minimal processing temperatures
  • Suitable for applications in both thin and heavy sections that require typical nylon characteristics and easy molding
  • Compliant with 21CFR177.1500
NYLENE 401D PA-6
  • 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
NYLENE 402 PA-6
  • Offers outstanding toughness and flexibility.
  • Exhibits excellent flow properties at temperature and pressure settings suitable for a wide variety of general purpose molding applications
  • Optimum processing conditions should provide a melt temperature of 450°F-470°F at nozzle.
NYLENE 404 PA-6
  • General purpose un-reinforced, heat stabilized nylon 6 injection molding resin
  • High flow characteristics at minimal processing temperatures
  • Suitable for applications in both thin and heavy sections that require typical nylon characteristics and easy molding
NYLENE 405 HS PA 6
  • Medium viscosity nylon 6 with lubrication and heat stabilization
  • Made for Injection molding applications requiring good physical properties including toughness and rapid cycle times
  • Optimum processing conditions could provide a melt temperature of 460°F-500°F at the nozzle
NYLENE 406 PA-6
  • General purpose, fast cycling molding resin
  • Crystallization initiators provide fast molding cycles through rapid melt set-up
  • Parts molded from 406 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 406F PA-6
  • Resin formulated to comply with FDA regulation 21CFR 177.1500 for food contact applications, and ANSI/NSF Standard 14
  • General purpose, fast cycling molding resin
  • Crystallization initiators provide fast molding cycles through rapid melt set-up
  • Parts molded from 406F have better dimensional stability at moisture equilibrium than parts molded from conventional nylon
NYLENE 409 PA-6
  • 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 421 HS PA-6
  • Impact modified, heat stabilized nylon 6 injection molding resin.
  • Nylene 421 HS has the inherent heat and chemical resistance typical of nylon 6 resins, while having higher toughness for uses where impact may occur during service
  • Suitable for such applications as clips, fasteners, safety restraint components, and uses which require higher toughness and flexibility
NYLENE 4214 PA 6
  • Impact-modified nylon 6 with excellent molding characteristics and very good physical properties.
NYLENE 4214-15 HS PA-6
  • 15% glass fiber reinforced, impact modified, heat stabilized nylon 6
  • Improved strength and stiffness over unreinforced nylons, and improved impact resistance over typical reinforced grades, especially in dry conditions
  • Suitable for handles, levers, support brackets, and other applications which require this unique blend of properties
NYLENE 4214-33 HS PA-6
  • 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 451 PA-6
  • Recommended for molding applications requiring both maximum durability and toughness
  • Exceptional fatigue and wear resistance insure long product life to gears, bearings, cams, fasteners, and other load bearing parts
  • Chemically resists oil and grease
  • Optimum processing conditions should provide a melt temperature of 460°F-480°F at the nozzle
NYLENE 452 PA-6
  • Plasticized, injection molding nylon for use in applications requiring high flexibility, excellent toughness, and abrasion resistance, due to internal lubricant and high monomer content
  • Performs well in critical molding processes requiring very good melt flow
  • Optimum processing conditions should provide a melt temperature of 450°F-470°F at the nozzle
NYLENE 453 PA-6
  • UV-stabilized, high viscosity nylon resistant to degradation by ultraviolet light
  • The elevated quality of UV resistance provided by 453 is attributed to highly uniform dispersion of 2% carbon black
  • With cylinder temperatures of 525°F-550°F and mold temperatures of 140°F-60°F, Nylene 453 can be molded into parts having a uniform, glossy appearance. (Available in black only)
NYLENE 454 PA-6
  • Heat stabilized version of NYLENE 451 recommended for molding applications requiring both maximum durability and toughness
  • Exceptional fatigue and wear resistance insure long product life to gears, bearings, cams, fasteners, and other load bearing parts
  • Chemically resists oil and grease
  • Optimum processing conditions should provide a melt temperature of 460°F-480°F at the nozzle
NYLENE 5213 HS PA-6
  • 13% glass fiber reinforced, heat-stabilized nylon 6 injection molding resin
  • Heat and chemical resistance and excellent surface appearance associated with nylon 6 resins
  • Improved strength and stiffness properties over unreinforced nylon
  • Suitable for uses such as handles and levers, brackets, housings and enclosures
NYLENE 5213-02 PA 6 GF Economy
  • 13% glass fiber reinforced economy grade, heat-stabilized nylon 6 injection molding resin
  • Heat and chemical resistance and excellent surface appearance associated with nylon 6 resins
  • Improved strength and stiffness properties over unreinforced nylon
  • Suitable for uses such as handles and levers, brackets, housings and enclosures
NYLENE 5233 HS PA-6
  • 33% 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.
  • Suitable for brackets, levers, handles, enclosures, and other applications where high physical properties combined with good appearance are required.
  • The ASTM line call out for this product is D4066 PA022G33
NYLENE 5233-02 PA 6 GF Economy
  • 33% glass fiber reinforced nylon 6 featuring high tensile strength, stiffness and impact resistance
NYLENE 5243 HS PA-6
  • 43% glass fiber reinforced, heat stabilized, nylon 6 injection molding resin
  • Heat and chemical resistance typical of nylon 6 resins, while glass fiber reinforcement provides outstanding strength and stiffness
  • The nylon 6 base resin also provides excellent surface appearance
  • Suitable for brackets, supports, enclosures, handles, and any other uses which require high stiffness along with good appearance
NYLENE 5250 HS PA-6
  • 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 600 PA-6
  • 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 601 PA-6
  • 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 603 PA-6
  • 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 607 PA-6
  • 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 609 PA-6
  • High viscosity, extrusion grade recommended for practically all types of extrusion including profile, film, and extrusion coating
  • Especially recommended for flexible packaging where as a film or coating it is used for the outside layer in multi-ply film constructions
  • Excellent melt flow and melt strength properties
  • Optimum processing conditions should permit for a melt temperature of 550 - 575°F at the die.
NYLENE 615 PA-6
  • Nylon-6 extrusion grade suitable for coating and film co-extrusion applications
  • Excellent melt stability and strength
  • Superior grease resistance, toughness, resistance to abrasion, and does not absorb food odors
  • Meets the requirements of FDA regulation 21 CFR 177,1500 for direct food contact
Nylene 615 C PA 6
  • Nylon 6 polymer designed for use in extrusion coating and cast and blown film
  • Excellent grease resistance, toughness, and resistance to abrasion.
  • Films made from Nylene® 615 C have barrier properties against oxygen and aroma typical of nylon 6.
  • Meets the requirements of 21 CFR 177.1500 for food contact.
Nylene 615 NP PA 6
  • 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 615I PA-6
  • Extrusion grade nylon 6 resin suitable for film co-extrusion applications and blown film
  • Excellent melt stability and good melt strength
  • Superior grease resistance, toughness, resistance to abrasion, and does not absorb food odors
  • Meets the requirements of FDA regulation 21CFR 177.1500 for direct food contact
NYLENE 615SA PA-6
  • Kosher, extrusion grade nylon 6 resin suitable for film co-extrusion applications and blown film
  • Excellent melt stability and good melt strength
  • Superior grease resistance, toughness, resistance to abrasion, and does not absorb food odors
  • Meets the requirements of FDA regulation 21 CFR 177.1500 for direct food contract
NYLENE 6240 HS PA-6
  • 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
  • Suitable for such applications as housings, enclosures, stanchions, and engine covers
NYLENE 7115 HS PA-6
  • 40% glass fiber and mineral reinforced, heat stabilized nylon 6 injection molding resin
  • High strength and stiffness, very good dimensional stability, and has excellent surface appearance
  • Suitable for a wide variety of applications that require both high strength performance and good appearance
NYLENE 721 PA-6
  • Medium-impact modified nylon for fast, easy molding
  • Parts molded from 721 have good impact strength right out of the mold without post conditioning
  • Suitable for applications such as clips, fasteners, and other parts where some initial flexibility and impact resistance is desired
  • Cylinder temperatures should be in the 450°F-500°F range.
NYLENE 7212 HS BK PA 6
  • Heat-stabilized, mineral and glass fiber-reinforced nylon 6 with excellent molding characteristics and very good physical properties
NYLENE 724 PA-6
  • Heat stabilized version of 721 which is a medium-impact modified nylon for fast, easy molding
  • In addition to heat stabilization to prevent thermal degradation, parts molded from Nylene 724 have good impact strength right out of the mold without post conditioning
  • Stiffness is near that of unmodified nylon 6
  • Barrel temperatures should be in the 450°F - 500°F range.
NYLENE 7250C HS PA-6
  • Glass and ceramic fiber reinforced nylon 6 injection molding material
  • Designed to provide high dimensional stability, very high stiffness, and a hard surface, while maintaining the heat and chemical resistance typical of nylon products
  • Suitable for such uses as valve bodies, pump housings, hydraulic fittings and couplings, and other applications which require this unique set of characteristics
NYLENE 733 PA-6
  • Highly impact modified nylon suitable for both molding and extrusion
  • Parts molded from 733 have excellent impact strength right out of the mold without post conditioning
  • Highlights include high stiffness and high strength
  • Cylinder temperatures should be in the 500-550°F range.
NYLENE 734 PA-6
  • 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 826 PA-6
  • Nylon 6 based copolymer suitable for both blown and cast film coextrusionIt
  • 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.

Notes:
    1. Oxygen permeability measured using 1 mil. monofilm.
    2. cc-mil/100 sq. in.-24 hr.-atm. @ 75 F.
    3. For comparison, values for nylon 6 monofilm of one mil was Measured at 3.1 cc-mil/100 sq. in.-24 hr.-atm.
PROCESSING CONDITIONS Nylene 826 can be processed effectively with extruder barrel and die temperatures set to give melt temperatures in the range of 440°F - 500°F.
NYLENE B3 PA 6
  • Compounding, General Grade, mid RV, unlubricated.
NYLENE BS-600-C PA-6
  • Spinning Grade Polymer-Cationic Dye (low amine end group)
NYLENE BS-640-A PA-6
  • Compounding, General Grade, mid RV, unlubricated.
NYLENE BS-700-A PA-6
  • Spinning Grade Polymer-Medium Dye
NYLENE BS-700-D PA-6
  • Spinning Grade Polymer-Deep Dye (high amine end group)
NYLENE BS-700-RA PA-6
  • Spinning Grade Polymer-Medium Dye
  • 50% post industrial recycled content
NYLENE BX3WQ662 PA-6
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 BX3WQ662(X) PA-6
Nylene BX3WQ662(X) is a advanced wire coating grade used for TH THHN Electrical Wire over PVC or as a standalone coating for copper or aluminium.
  • High Speed Grade
  • Used in circuit sizes where high speed production is used (up to 2500mpm)
  • Higher extractable levels (more flexibility)
Nylene BX3WQ662[X] (ISO) PA 6
  • 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 BX3WQ662[X] HRV PA-6
Nylene BX3WQ662(X) HRV is a specially formulated resin for wire coating, alone or over PVC.
  • Standard Grade for normal production
  • Ease of processabilty for circuit size & large diameter cables
  • Production normal speeds
  • Lower extractable levels
NYLENE Mach 6 PA-6
  • Designed for very fast cycle time molding and parts requiring high flow rates, such as long thin parts or high cavitation tools
  • Low viscosity nylon 6 with special nucleation for rapid part set-up and special flow enhancers to aid in molding
  • Excellent choice for parts such as wire ties, clips, fasteners, bushings and bearings
NYLENE NCHF75 PA-6
General Grade, slightly higher RV, unlubricated
NYLENE NCHF85 PA-6
General Grade, slightly higher RV, unlubricated

Nylene NX 1440C PA6
  • Medium viscosity, fast cycle molding resin.
  • Crystallization initiators provide fast molding cycles through rapid melt set-up.
  • Parts molded from NX1440 have better dimensional stability at moisture equilibrium than parts molded from conventional nylon.
  • Suitable for such uses as clips and fasteners, bushings, small levers, gears, and window hardware.
  • Optimum processing conditions should provide a melt temperature of 460 - 480°F at the nozzle.
NYLENE NX1170 PA-6
Nylene NX 1170 is a high viscosity grade formulated to give low wear properties through use of molybdenum disulfide at a high loading level.
NYLENE NX1170 HS PA-6
Nylene NX 1170 HS is a high viscosity, heat stabilized grade formulated to give low wear properties through use of molybdenum disulfide at a high loading level.
NYLENE NX3024 PA-6
  • Medium viscosity, extrusion grade nylon 6 resin suitable for film co-extrusion, coatings, and compounding applications
  • Excellent melt stability and good melt strength
  • Excellent grease resistance, toughness, resistance to abrasion, and does not absorb food odors
  • 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
NYLENE NX3055I PA-6
  • High-viscosity nucleated extrusion grade, suitable for film co-extrusion, cast and blown film
  • Excellent melt stability and strength, faster set-up for increased line speeds
  • Superior grease resistance, toughness, resistance to abrasion, and does not absorb food odors
  • Reduced coefficient of friction
NYLENE NX3322 PA-6
  • High viscosity heat-stabilized extrusion grade for film co-extrusion and blown film
  • Excellent melt stability and good melt strength. excellent chemical resistance, toughness, and resistance to abrasion
NYLENE NX3411 PA-6
  • Extrusion grade nylon 6 resin suitable for film co-extrusion applications and blown film
  • Excellent melt stability and good melt strength
  • Superior grease resistance, toughness, resistance to abrasion, and does not absorb food odors
  • Meets the requirements of FDA regulation 21 CFR 177.1500 for direct food contact
NYLENE NX4001A PA-6
  • High viscosity, nucleated, nylon 6 extrusion grade resin
  • Crystallization initiators provide rapid melt set-up in higher speed processing applications
  • Optimum processing conditions should provide a melt temperature of 550 - 575°F at the die
  • Nucleated
NYLENE NX4301 PA-6
  • High viscosity, UV stabilized extrusion grade nylon resistant to degradation by ultraviolet light
  • The elevated quality of UV resistance is attributed to highly uniform dispersion of 2% carbon black
  • With an ASTM viscosity of 200, NX4301 has very good melt flow and melt strength characteristics which are important for profile extrusion
  • Optimum processing conditions should permit for a melt temperature of 550 - 575°F at the die. (Available in black only)
NYLENE NX4512 PA-6
  • Med-high viscosity nucleated extrusion grade suitable for cast and blown film
  • Excellent melt stability and good melt strength, faster set-up for increased line speeds
  • Superior grease resistance, toughness, resistance to abrasion, and does not absorb food odors
NYLENE NX4555 PA-6
  • Nucleated extrusion grade suitable for cast and blown film
  • Excellent melt stability and good melt strength, plus faster set-up for increased line speeds
  • Superior grease resistance, toughness, resistance to abrasion, and does not absorb food odors
NYLENE NX4569 PA-6
  • General purpose injection molding resin. lubricated and nucleated for faster cycle times
  • Suitable for applications such as clips & fasteners, bushings & rollers, and other general purpose uses
NYLENE NX4728 HS PA-6
  • High flow, heat stabilized nylon 6 homopolymer
  • Recommended for general purpose nylon molding applications in both thin and heavy sections
  • NX4728 has special additives to enhance clarity and brilliance of color and is available in translucent white and a variety of colors
  • Optimum processing conditions should provide a melt temperature of 450°F - 470°F at the nozzle
NYLENE NX4795 PA-6
  • Heat stabilized, lubricated nylon 6 intended for use in coating wire, usually extrusion coated over a layer of PVC on electrical wires for toughness, temperature resistance, and insulating properties, and contains a high slip additive for ease of use when pulling wire through conduit.
  • Delivered dry, with less than 0.2% moisture, and can be extruded as received.
NYLENE NX4797 PA-6
  • 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 NX5703 PA-6
  • Medium viscosity resin designed for extrusion applications requiring good flexibility and high strength
  • Ideally suited for mono-filament extrusion such as fish line and netting, sewing thread, and weaving thread
  • Optimum processing conditions should provide a melt temperature of 450°F - 475°F at the die
NYLENE PX1719 PA-6
  • 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 PX3422 PA-6
  • Heat stabilized, high impact modified nylon resin designed for maximum toughness with minimum sacrifice in tensile strength and melting point
  • Offers outstanding elongation and good retention of that elongation after 5 days of heat aging at 177°C (95% elongation)
  • Optimum processing conditions should provide a melt temperature of 490 - 530°F at the die
  • Suitable for processing in either extrusion or injection molding applications