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NP510AB
NP510AB prepreg is composed of woven glass fabric impregnated with a brominated epoxy resin (Tg = 130°C). It is designed to provide electrical insulation in high humidity environments. This prepreg product offers consistent quality and good electrical properties. With proper cure, the finished product is capable of being listed with Underwriters Laboratories to the UL 94 V-0 flammability classification. It also offers NEMA grade FR-4 properties when pressed into a composite. Possible applications include lapping carriers, disk and microelectronics polishing, and molded shapes in various industries.
NP130B
NP130B prepreg is a combination of a woven glass fabric combined with a flame retardant epoxy resin system. It can be molded into a composite with all of the excellent physical and electrical properties of NEMA Grade FR-4, in the sheet form. NP130B is an electrical and mechanical prepreg and is suitable for terminal boards, mechanical and electrical parts up to 130°C, and in high humidity applications.
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NP509FB
NP509FB is composed of a fine-weave woven glass fabric and an electrical grade of melamine resin. Featuring high arc resistance and structural strength, this very hard machining grade also offers flame and arc resistance and excellent electrical properties. The product is suitable for industrial grade fuse bodies and other parts requiring arc and flame resistance.
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NP342B
NP342B is composed of a medium-weight canvas combined with a phenolic resin system. This material offers better machining properties than grade C and lower cost than grade L offerings. This electro-mechanical grade is suitable for gears, terminal boards, and machined parts.
NP310EB
NP310EB prepreg is a semi-cured material that combines a medium-weave, cotton fabric substrate with an electrical grade phenolic resin system. In b-stage form, the material is partially cured to allow for final curing in the customer's application. The resulting part is easy to finish using standard wood or metal working tools, operates with less noise than metals in bearing and bushing applications, and is virtually non-abrasive in wear applications. It is suitable for use in explosion-proof environments. NP310B is used to make molded gears, pulleys, rollers, and guides, as well as electrically insulated parts such as control boards or transformer bases, for small dry type transformers.
NP310B
NP310B prepreg is a standard canvas grade that provides good mechanical properties and better impact strength than that offered by phenolic paper grades. This mechanical grade is suitable for gears, pinions, spacers, pulleys, and other structural applications.
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NP629B
NP629B is paper phenolic prepreg that provides good machining properties and fair mechanical strength when molded under heat and pressure. It is designed for electrical insulating applications, and this prepreg is used in molded switch panel boards, relay and switch bases, breaker arms, and barriers.
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RM326
Rolled and Molded Rods made from a fine weave (linen) cotton fabric impregnated with an epoxy resin system. It has low moisture absorption and excellent dimensional stability and chemical resistance. Typical uses include bearing retainers and parts that require excellent machining characteristics.
RSGFR4
RSGFR4 (Sheet Ground Rod) is produced from epoxy fiberglass laminate sheets that conform to ANSI/NEMA FR-4 standards. Sheet Ground Rods are turned from bars of material from already cured sheets. When looking at a cross section, laminations are parallel. Generally, properties of sheet ground rods conform to the grade of sheet stock from which they are cut. In comparison to Rolled and Molded Rods which are produced from prepreg that has been wound around a mandrel, placed in cylindrical molds, mandrel removed and then cured under high temperature and pressure. There is no industry standard for sheet ground rods. If you require rods to an industry standard, please consider our line of rolled and molded rods.
RM271
Rolled and molded rods made from a glass fabric with a high temperature epoxy resin system. RM271 is used in applications requiring low moisture absorption.
RM511A
Rolled and Molded Rods made from a glass fabric with a high temperature epoxy resin system. G-11 rods are not recognized by NEMA; however, they are recognized by the IEC Standard 61212; grade EP-GC-41. RM511A has equivalent electrical properties to G-10 rods, but with higher mechanical strength at elevated temperatures. Electrical properties are maintained in high humidity conditions. RM511A is not flame resistant. RM511A is certifiable to IEC 61212-3-3 EP GC 41.
RM500A
Rolled and Molded Rods made from a glass fabric with a non-brominated epoxy resin system. RM500A combines excellent electrical characteristics with very good physical properties. Electrical properties maintained in high humidity conditions. RM500A is not flame resistant. Material meets NEMA G-10. For a high temperature version of this rod please see RM511A.
RM130
Rolled and Molded Rods made from a glass fabric with a flame retardant resin system. RM130 combines excellent electrical characteristics with superior physical properties at normal operating temperatures. Electrical properties maintained in high humidity conditions. RM130 meets NEMA FR-4, but with elevated temperature performance. Certification to IEC standard is pending.
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RM329
Rolled and Molded Rods made from a fine weave (linen) cotton fabric impregnated with a melamine resin system. RM329 is used for decorative application simulating the color of Ivory.
RM505
Rolled and Molded Rods made from a plain weave, medium weight glass fabric combined with a melamine resin system. RM505 is used for mechanical and electrical applications, at low voltages. It has very good thermal and arc resistance properties.
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RSGCE
RSGCE rods are produced from phenolic canvas laminate sheets that conform to ANSI/NEMA CE standards.
RM320H
Being a heat treated version of RM320, RM320H Rolled and Molded Rods are made from a fine weave (linen) cotton fabric combined with a phenolic resin system. RM320H is used for electrical and mechanical applications.
RM320
Rolled and Molded Rods made from a fine weave (linen) cotton fabric combined with a phenolic resin system. RM320 is used for electrical and mechanical applications, meeting NEMA L requirements. Certification to IEC standard is pending.
RM315
Rolled and Molded Rods made from a plain weave, medium weight cotton fabric combined with a phenolic resin system to which graphite power has been added as a solid lubricant. RM315 is used for mechanical applications only, and should not be used in electrical applications. The applications for RM315 include bushings, bearings and push rods where external lubrication can not or is not provided.
RM310E
Rolled and Molded Rods made from a plain weave, medium weight cotton fabric combined with a phenolic resin system. RM310E is used for mechanical and electrical applications, meeting NEMA Grade CE requirements. Certification to IEC standard is pending.
RM310
Rolled and Molded Rods made from a plain weave, medium weight cotton fabric combined with a phenolic resin system. RM310 is used for mechanical applications, meeting NEMA C requirements. Certification to IEC standard is pending.
RM324
Rolled and Molded Rod, RM324 is a fine weave cotton fabric which has been bleached to remove impurities, and a modified phenolic resin with powdered PTFE added for lubrication. It has low moisture absorption and excellent dimensional stability. RM324 provides excellent machining characteristics.
RM504
Rolled and Molded Rods made from a woven fiber-glass cloth combined with a phenolic resin system. RM504 is used for mechanical applications and electrical applications, at low voltages. It has very good thermal resistance and ablative properties. It can and is used as a substitute for silicon glass materials in many applications. Certification to IEC standard is pending.
RM630
Rolled and Molded Rods are made from an alpha paper impregnated with an electrical grade of phenolic resin. RM630 is used for electrical and mechanical applications, meeting NEMA XXX requirements. Certification to IEC standard is pending.
RM629
Rolled and Molded Rods are made from an alpha paper impregnated with an electrical grade of phenolic resin. RM629 is used for electrical and mechanical applications, meeting NEMA XX requirements. Certification to IEC standard is pending.
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GSFR4A
GSFR4A is constructed from a woven glass fabric with an epoxy resin binder. The epoxy resin system is flame retardant and typically contains bromine on the epoxy resin backbone. GSFR4A exhibits extremely high mechanical strength (flexural, impact, and bonding) at room temperature and has good dielectric loss and electric strength properties under both dry and humid conditions. The manufactures of GSFR4A has informed Norplex-Micarta that the product meets NEMA FR-4, MIL-I-24768/27 and ASTM D 709 Type FR-4.
NP510WR
NP510WR is constructed from a 16 oz. woven roving glass fabric combined with an epoxy resin system. NP510WR is a high strength FR-4 type material providing superior flexural and tensile properties over standard FR-4 materials. Because of the construction of NP510WR it is offered in thicknesses of 0.188" and thicker. NP510WR meets the requirements NEMA FR-4, ASTM D709 Type IV Grade FR-4 and MIL-I-24768/27 GEE-F with exception to relative permittivity.
GSG11
GSG11 is constructed from a woven glass fabric with an epoxy resin binder. The epoxy resin system is not flame retardant but has greater temperature resistance than G-10.
GSG10
GSG10 is constructed from a woven glass fabric with an epoxy resin binder. This grade is not manufactured for a brominated epoxy resin and is not flame-retardant.
MC511WR
MC511WR is a woven roving glass fabric combined with a high temperature epoxy resin system. MC511WR maintains high mechanical, electrical and physical properties at elevated temperatures. MC511WR meets IEC 60893-3-2 EP GC 205.
GSFR4
GSFR4 is constructed from a woven glass fabric with an epoxy resin binder. The epoxy resin system is flame retardant and typically contains bromine on the epoxy resin backbone. GSFR4 exhibits extremely high mechanical strength (flexural, impact, and bonding) at room temperature and has good dielectric loss and electric strength properties under both dry and humid conditions. The manufactures of GSFR4 has informed Norplex-Micarta that the product meets NEMA FR-4, MIL-I-24768/27 and ASTM D 709 Type FR-4.
NP513FR
NP513FR is a flame retardant material that has high mechanical strengths, flexural and impact at room temperature. It also has good dielectric loss and electric strength properties. NP513FR also complies with MIL-I-24768/28, Type GEB-F and ASTM D709 Type IV Grade FR-5. Available 0.500" and above.
NP502A
NP502A is a composite material of woven glass fabric and a brominated epoxy resin system. It is engineered to provide ASTM D709 Type IV FR-4 properties.
NP506A
A composite material of woven glass fabric and a brominated epoxy resin system. It is engineered to provide NEMA grade and FR-4 properties.
KHS900G
KHS900G is a G-10 glass epoxy knife handle grade available in various colors and is part of Norplex-Micarta's UltreX line of materials. To learn more please visit www.ultrexcomposites.com
NP575
NP575 is a woven glass fabric combined with a high temperature epoxy resin. It is engineered to provide superior characteristics at elevated temperatures, making it an ideal material for retaining ring insulation.
KHS500
KHS500 is a decorative glass knife handle and gun grip grade available in an assortment of colors and is part of Norplex-Micarta's UltreX line of materials. To learn more please visit www.ultrexcomposites.com
NP211
NP211 is a plain weave fiberglass combined with high temperature epoxy resin system. NP211 has excellent mechanical strength and is designed specifically to tolerate hot and wet conditions found in the oil and gas exploration and production operating environment.
NP572
NP572 is a high strength, medium weave glass epoxy laminate that retains a minimum of 50 percent of its room temperature flexural strength when tested at 150ºC and its Tg is guaranteed to be 180°C or greater. Typical applications include electrical equipment subjected to elevated temperatures. NP572 is certifiable to IEC 60216-3, IEEE STD 98-2002 and ASTM D2304 for Class H insulation in electrical devices. NP572 is also certifiable to MIL-I-24768/3, Type GEB.
NP512
High flexural, impact and tensile strengths, and very high flexural modulus. It is constructed of glass fabric impregnated with an epoxy resin system. NP512 is engineered to provide better physical properties than NEMA FR-4, and be more dimensionally stable than standard NP510A. Applications for this material are where enhanced flexural modulus and physical strength are desired.
NP511EM
NP511EM is constructed of a woven glass fabric combined with a high temperature, easy machining epoxy resin. It has excellent mechanical strength and electrical properties at elevated temperatures. The continuous operating temperature is 190°C, in mechanical applications. This material meets NEMA G-11 and MIL-I-24768/3, Type GEB.
NP511
NP511 consists of a woven glass fabric combined with high temperature epoxy resin system. NP511 has excellent mechanical strength and electrical properties from cryogenic to elevated temperatures. Continuous operating temperature is 175°C. This material meets NEMA G-11, MIL-I-24768/3, Type GEB and IEC-60893-3-2 EP GC 203.
NP510A
NP510A is a woven glass fabric composite combined with epoxy resin system. It is engineered to provide NEMA grade FR-4 properties. This material contains bromine on the epoxy resin backbone. NP510A is certifiable to MIL-I-24768/27, Type GEE-F.
NP500CR
NP500CR (commonly referred to as G10 CR) consists of a glass fabric with an epoxy resin system resulting in excellent electrical characteristics and superior physical properties at cryogenic temperatures (-270 °C to 135 °C operating temperature range). Previously designated as Westinghouse/International Paper Micarta Cryogenic Grade 56 G12, it has low thermal conductivity and utilizes chemistry specifically designed for cryogenic applications.
NP500A
NP500A is constructed of a woven glass fabric combined with easy-machining, non-brominated epoxy resin. It is engineered to provide NEMA grade G-10 properties, but is easier to machine and more cost effective in many applications. Applications for NP500A include; low temperature thermal insulation, structural applications and various other mechanical, and electrical applications at low to moderately high temperatures. NP500A meets or exceeds the requirements of MIL-I-24768/2.
NP130HF
NP130HF is a woven glass fabric composite combined with epoxy resin system, which is engineered to provide better physical properties than standard NEMA FR-4. It is significantly more dimensionally stable than NP130 or NP510A because of its low resin content. The main application for NP130HF is for “bed-of-nails” probe boards used for printed circuit board testing, and other structural applications. Certification to IEC-60893-3-2 EP GC 202
NP130
NP130 is a woven glass fabric combined with halogenated epoxy resin system. NP130 is produced to printed circuit board quality standards. It is flame retardant, and meets the requirements of MIL-I-24768/27, Type GEE-F and IEC-60893-3-2 EP GC 202.
MC511SN
MC511SN, StatNot™, is a static dissipative epoxy, woven glass based material with excellent control of the static dissipative properties. This material is used where static dissipation is required from surfaces to surface of the composite, in the x, y and z directions.
MC511FR
MC511FR is a high strength, medium weave glass epoxy laminate that retains a minimum of 50 percent of its room temperature flexural strength when tested at 150ºC. Typical applications include structural applications when used in elevated temperatures. MC511FR also complies with MIL-I-24768/28, Type GEB-F. Certification to IEC standard is pending.
MC511AF
MC511AF is a high strength, medium weave glass epoxy laminate that retains a minimum of 50 percent of its room temperature flexural strength when tested at 150ºC. Typical applications include insulation in power generation equipment and other structural applications when used in elevated temperatures. MC511AF is certifiable to MIL-I-24768/3, Type GEB.
MC511A
MC511A is a high strength, glass epoxy laminate that is specially formulated to meet power generation producer’s exacting standards where higher strength at elevated temperatures are required. MC511A is certifiable to MIL-I-24768/3, Type GEB, IEC-60893-3-2 EP GC 203 and is halogen free to meet the European restrictions.
NP643
NP643 is constructed from an electrical grade kraft paper and a high temperature specially modified epoxy resin system. It is designed to be used in tap changers, coil support plates and terminal panels for transformers and their accessories.
NP613
NP613 is constructed from electrical grade of kraft paper and a specially modified epoxy resin system. It is designed to be used in tap changers, coil support plates and terminal panels for transformers and their accessories.
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NP193E
17 oz. aramid and "soft glass" fibers are combined to make a fabric that is stronger than pure aramid and less abrasive than glass fabrics. This material is impregnated with a high temperature epoxy resin matrix, which produces a composite with excellent mechanical strength at elevated temperatures and adverse environments.
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NP329
Bleached linen with melamine resin system. NP329 provides better arc resistance than NP320E. Also, resistant to ammonia based refrigerants. Hard, durable material should be heated to punch, but machines very well with standard machining equipment. NP329 meets UL94, HB.
NP509
Woven glass fabric, melamine resin laminate. NP509 is very hard, flame resistant, machining grade with excellent electrical properties in high humidity conditions. NP509 has high physical strength and excellent arc resistance. Meets MIL-I-24768/1 type GME, MIL-I-24768/8 type GMG and IEC 60893-3-3-MF GC 201.
ES4
ES4 is a decorative melamine paper sheet which has been discontinued. Please contact technology@norplex.com to inquire about other materials that may work in your application.
ES3
ES3 consists of a black phenolic paper core and two colored decorative surfaces impregnated with melamine resin. The three-ply, high performance material comes in a standard sheet size of 36 inches ± 1.00 x 39 inches ± 1.00, with standard thicknesses of 1/16, 3/32, and 1/8 inch. Standard finish options are polished, or P (highly polished and shiny), or LS (non-brushed and dull).
ES2
ES2 consists of three internal layers (two colored decorative surfaces, two white sub-cores just below the surfaces, and a black core centered in the thermoset composite material). ES-2 is a five-ply material, which comes in a standard sheet size of 36 inches ± 1.00 x 39 inches ± 1.00, with standard-thicknesses of 3/32 and 1/8 inch. Weights of the three standard-thickness sheets are approximately 7.0, and 9.3 lb., respectively. Standard finish options are polished, or P (highly polished and shiny), or LS (non-brushed and dull).
ES1
ES1 is a melamine laminate composed of a white melamine paper core and various pigmented cover sheets. The three-ply material comes in a standard sheet size of 36 inches ± 1.00 x 39 inches ± 1.00, with standard thicknesses of 1/16, 3/32, and 1/8 inch. Standard finish options are polished, or P (highly polished and shiny), and Lamicoid satin, or LS (non-brushed and dull).
NP615
Room temperature punching and shearing grade up to 0.125″ thick. NP615 is more flexible with lower mechanical properties than NP611. NP615 is produced with high resin content melamine impregnated surfaces to give the resulting laminate better arc resistance. Intended for applications where electrical and moisture requirements are secondary.
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P95
Woven glass fabric combined with a high temperature polyimide resin system engineered to maintain excellent physical properties at 240°C. P95 has a low coefficient of thermal expansion, high mechanical strength and excellent heat resistance.
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NP318U
Post-forming canvas phenolic material. NP318U’s mechanical and electrical properties are similar to NP310E. It is made from a cotton fabric weighing more than 4 ounces per square yard and having a thread count of not more than 70 threads per inch in both the warp and filler directions. The binder is a modified phenolic resin system, which permits the material to be heated, formed into a shape and cooled under restraint to hold the newly formed shape.
GSCE
GSCE is constructed from a woven cotton fabric with a phenolic resin binder. GSCE is intended for mechanical applications requiring high impact strength. Applications include gears and bearings. It has lower mechanical strength than materials with glass substrates, but has superior impact resistance when compared to paper based products. The manufactures of GSCE has informed Norplex-Micarta that the product meets NEMA LI 1-1998 Grade CE, ANSI/NEMA IM 60000-2021 Grade CE, MIL-I-24768/14 Type FBG and ASTM D 709 Type II Grade CE.
GSC
GSC is constructed from a woven cotton fabric with a phenolic resin binder. GSC is intended for mechanical applications requiring high impact strength. Applications include gears and bearings. It has lower mechanical strength than materials with glass substrates, but has superior impact resistance when compared to paper based products. The manufactures of GSC has informed Norplex-Micarta that the product meets NEMA C, MIL-I-24768/16 and ASTM D 709 Type C.
NP324FR
NP324FR is a fine weave cotton fabric which has been bleached to remove impurities, and a modified phenolic resin with powdered PTFE added for lubrication as well as a flame retardant. It has low moisture absorption and excellent dimensional stability. NP324FR provides excellent machining characteristics.
KHS300H
KHS300H is a heavy weight canvas cloth with a phenolic resin and is part of Norplex-Micarta's UltreX line of materials. To learn more please visit www.ultrexcomposites.com
BP25NPP
BP25NPP is a fine weave cotton fabric which has been bleached to remove impurities, and a modified phenolic resin with powdered PTFE added for lubrication. It has low moisture absorption and excellent dimensional stability. BP25NPP provides excellent machining characteristics.
BP45NPM
BP45NPM is composed of a 17 oz. aramid and "soft glass" fibers are combined to make a fabric that is stronger than pure aramid and less abrasive than glass fabrics. This material is impregnated with a high temperature phenolic resin matrix which includes a non-conducting solid lubricant. This composite has excellent mechanical strength at elevated temperatures and adverse environments. Applications include wear plates for conveyor systems, valve plates, and compressor and pump vanes.
BP21NPG
Linen phenolic laminate with graphite added as a solid lubricant. The linen substrate provides better surface to machined parts, and, more uniform wear resistance than BP11NPG.
BP11NPG
Canvas phenolic laminate with graphite added as a solid lubricant. This material has improved wear properties under certain conditions. Material is conductive to electricity and should not be used where this is detrimental to the application.
BP14NPG
Bleached canvas phenolic laminate with graphite added as a solid lubricant. This material has improved wear properties under certain conditions. Better moisture absorption and machinability than BPNPG. Material is conductive to electricity and should not be used where this is detrimental to the application.
BP21NPM
BP21NPM is composed of a linen substrate combined with a phenolic resin system which contains molybdenum disulfide for reduced wear and increased lubrication. Provides the same lubricity as BP13NPM, but has better machining qualities. The mechanical strength is similar to, but slightly less than BP21NPN. BP21NPM is used in applications where reduced wear is needed in non-conductive applications.
BP13HPM
Canvas phenolic laminate with molybdenum disulphide added as a solid lubricant. This material has improved wear properties under certain conditions. Material is semi-conductive to electricity and should no be used where this is detrimental to the application.
BP13NPM
Canvas phenolic laminate with molybdenum disulfide lubricant. The mechanical properties are slightly lower than BP11NPN. BP13NPM is used for lubricity in the composite when carbon (graphite) cannot be used because of conductivity.
BP21NPN
Fine weave (less than 4 ounce/square yard) cotton fabric commonly called linen, combined with phenolic resin to provide better machining than BP11NPN. BP21NPN should be used for smaller and more intricate shapes than BP11NPN, when a finer surface finish is required.
BP18NPA
BP11NPA is a red colored composite made from a 24 oz/sq. yd canvas which is passed through the treater twice to insure impregnation of the fibers and to obtain the resin content desired for optimal performance. The resin system is a phenolic with good impregnation qualities and cured hardness. BP11NPA is designed for highly loaded bearing applications, where the lubrication is provided by oil, water or a mixture.
BP18NPM
BP18NPM is a natural colored composite made from a 24 oz/sq. yd canvas which is passed through the treater twice to insure impregnation of the fibers and to obtain the resin content desired for optimal performance. The resin system is a molybdenum disulfide filled phenolic with good impregnation qualities and cured hardness. BP18NPM is specifically designed for highly loaded bearing applications, where the lubrication is provided by the molybdenum disulfide. It may have a slightly greenish tint in the finished laminate.
BP11HPN
Canvas machining grade for structural and mechanical applications. BP11HPN has better impact strength than phenolic paper grades.
BP81NPN
BP81NPN is a cotton phenolic composite which is specifically designed to dissipate heat better than standard cotton phenolic products. Applications include trunion wheels, wire strander rolls and pile-driver head cushions.
BP11NPN
BP11NPN is a phenolic canvas machining grade for structural and mechanical applications. It has better impact strength than phenolic paper grades.
BP11MPN
Grade BP11MPN is a medium weave cotton phenolic composite. Typical applications include pintle and stave-type bearings for rudder shafts in the marine industry. This material is known industry wide as “Marine Micarta.” This product is also suitable for heavy equipment applications that require finer machining profiles than those provided by bearing-grade laminates.
BP12NPN
Fine weave canvas phenolic material with fabric construction weight intermediate to BP11NPN and BP21NPN. BP12NPN is designed for better machining than grade BP11NPN and lower cost than BP21NPN.
NP324
NP324 is a fine weave cotton fabric which has been bleached to remove impurities, and a modified phenolic resin with powdered PTFE added for lubrication. It has low moisture absorption and excellent dimensional stability. NP324 provides excellent machining characteristics.
KHS300L
KHS300L is a decorative linen knife handle and gun grip grade available in natural, black and red colors and is part of Norplex-Micarta's UltreX line of materials. To learn more please visit www.ultrexcomposites.com
KHS300C
KHS300C is a decorative canvas knife handle and gun grip grade available in natural, black and green colors and is part of Norplex-Micarta's UltreX line of materials. To learn more please visit www.ultrexcomposites.com
KHS900L
KHS900L is a linen knife handle grade available in various colors and is part of Norplex-Micarta's UltreX line of materials. To learn more please visit www.ultrexcomposites.com
KHS900C
KHS900C is a canvas knife handle grade available in various colors and is part of Norplex-Micarta's UltreX line of materials. To learn more please visit www.ultrexcomposites.com
NP342LS
Fine weave canvas phenolic engineered for dimensional stability and mechanical strength at temperatures as high as 125ºC. Providing excellent moisture resistance and easy to machine, NP342LS low-shrink material was designed for use in Class B generators for wedge applications and can be tested to the General Electric specification A50A341.
NP342
Fine weave canvas phenolic material with fabric construction weight intermediate to NP310 and NP320. NP342 is designed for better machining than grade NP310 and lower cost than NP320. NP342 meets or exceeds the requirements of MIL-I-24768/16 and IEC-60893-4-PF CC 201.
NP338
NP338 is a combination of two Norplex-Micarta grades, NP310 which is a canvas phenolic, on one side of the laminate, and NP315, a canvas phenolic with graphite added as a solid lubricant on the other side of the laminate. NP338 is ideal for applications requiring high impact strength and low coefficient of friction such as railway couplers. Material is conductive to electricity and should not be used where conductivity is detrimental to the application.
NP325
Linen phenolic laminate with graphite added as a solid lubricant. The linen substrate provides better surface to machined parts, and, more uniform wear resistance than NP315.
NP322
NP322 is composed of a linen substrate combined with a phenolic resin system which contains molybdenum disulfide for reduced wear and increased lubrication. Provides the same lubricity as NP313, but has better machining qualities. The mechanical strength is similar to, but slightly less than NP320. NP322 is used in applications where reduced wear is needed in non-conductive applications.
NP320U
Utility version of NP320E. Meets most, but not all, NEMA properties for L and LE, and is not certifiable as a NEMA Grade.
NP320E
Similar to NP320 with improved moisture resistance. It is suitable for electrical applications in moderate humidity conditions. NP320E meets or exceeds the requirements of MIL-I-24768/13 and ASTM F2953-12 Type FB. Certification to IEC standard is pending.
NP320
Fine weave (less than 4 ounce/square yard) cotton fabric commonly called linen, combined with phenolic resin to provide better machining than NP310. NP320 should be used for smaller and more intricate shapes than NP310, when a finer surface finish is required. NP320 meets or exceeds the requirements of MIL-I-24768/15 and IEC-60893-4-PF CC 203.
NP319
Bleached canvas phenolic laminate with graphite added as a solid lubricant. This material has improved wear properties under certain conditions. Better moisture absorption and machinability than NP315. Material is conductive to electricity and should not be used where this is detrimental to the application.
NP315
Canvas phenolic laminate with graphite added as a solid lubricant. This material has improved wear properties under certain conditions. Material is conductive to electricity and should not be used where this is detrimental to the application.
NP313HT
Canvas phenolic laminate with molybdenum disulphide added as a solid lubricant. This material has improved wear properties under certain conditions. Material is semi-conductive to electricity and should no be used where this is detrimental to the application.
NP313
Canvas phenolic laminate with molybdenum disulfide lubricant. The mechanical properties are slightly lower than NP310. NP313 is used for lubricity in the composite when carbon (graphite) cannot be used because of conductivity.
NP310U
Utility grade canvas phenolic with properties similar to NP310E. Not certifiable to NEMA due to low crosswise flexural strength.
NP310HT
Canvas machining grade for structural and mechanical applications. NP310HT has better impact strength than phenolic paper grades. It meets the requirements of MIL-I-24768/16, IEC-60893-4-PF CC 201 and is designed to meet GE specification A19B15B1.
NP310E
Manufactured with a cotton fabric and phenolic resin, NP310E is easy to machine and possesses lower moisture absorption and enhanced electrical properties. NP310E meets or exceeds the requirements of MIL-I-24768/14.
NP310BW
NP310BW is a cotton phenolic composite which is specifically designed to dissipate heat better than standard cotton phenolic products. Applications include trunion wheels, wire strander rolls and pile-driver head cushions.
NP310
NP310 is a canvas machining grade for structural and mechanical applications. It has better impact strength than phenolic paper grades. NP310 meets or exceeds the requirements of MIL-I-24768/16 and IEC-60893-4-PF CC 201.
MC330
MC330 is a cotton cloth/phenolic resin composite which is specially processed to be used in cryogenic applications. Such applications include spacers for installation of liquid oxygen apparatus where temperatures are as low as minus 320° F.
MC320LE
Grade MC320LE is a fine weave bleached cotton phenolic composite that has excellent machining characteristics and low moisture absorption. Applications include marine applications, terminal boards and parts requiring medium strength and excellent electrical characteristics. MC320LE meets or exceeds the requirements of MIL-I-24768/13 and ASMT F2953-12 Type FB. Certification to IEC standard is pending.
MC223
Grade MC223 is a medium weave cotton phenolic composite. Typical applications include pintle and stave-type bearings for rudder shafts in the marine industry. This material is known industry wide as “Marine Micarta.” This product is also suitable for heavy equipment applications that require finer machining profiles than those provided by bearing-grade laminates.
BR70
BR70 is a red colored composite made from a 24 oz/sq. yd canvas which is passed through the treater twice to insure impregnation of the fibers and to obtain the resin content desired for optimal performance. The resin system is a phenolic with good impregnation qualities and cured hardness. BR70 is designed for highly loaded bearing applications, where the lubrication is provided by oil, water or a mixture.
BR60
BR60 is a black colored composite made from a 24 oz/sq. yd canvas which is passed through the treater twice to insure impregnation of the fibers and to obtain the resin content desired for optimal performance. The resin system is a molybdenum disulfide filled phenolic with good impregnation qualities and cured hardness. BR60 is specifically designed for highly loaded bearing applications, where the lubrication is provided by the molybdenum disulfide. It may have a slightly greenish tint in the finished laminate.
NP504WR
NP504WR is a phenolic resin combined with a heavy weight glass fabric, 24 or 30 oz depending on the application and machining requirements. NP504WR is designed for structural applications.
NP634
Warm punching, composite grade with woven glass covers for improved flexural, tensile and impact strength. It has better electrical properties and higher mechanical strength than NP611.
NP525
NP525 is a phenolic AGY Quicksilver™ R fiber glass sheet that is ballistic resistant. NP525 has been discontinued. Please contact technology@norplex-micarta.com to inquire about other materials that may work in your application.
NP524
NP524 is a phenolic OCV Technical Fabrics ShieldStrand™ S fiber glass sheet that is ballistic resistant. NP524 has been discontinued. Please contact technology@norplex-micarta.com to inquire about other materials that may work in your application.
NP523
NP523 is a phenolic AGY S-2 Glass® sheet that is ballistic resistant. NP523 has been discontinued. Please contact technology@norplex-micarta.com to inquire about other materials that may work in your application.
NP515LS
NP515LS is a woven glass fabric combined with a high temperature phenolic resin. It is engineered to provide superior shrink characteristics at elevated temperatures, making it an ideal material for insulating gaskets. Having been tested and certified as a NEMA G-3 material, NP515LS also meets or exceeds the requirements of IEC 60893-3-4 PF GC 201.
NP504
Woven glass fabric with high temperature phenolic resin. Good flexural, compressive and impact strengths at elevated temperatures. It is capable of continuous operation at 175°C. NP504 has excellent creep resistance because of the phenolic resin system. Meets MIL-I-24768/18 GPG. For NFPA 130 data please reference document NP504 Additional Data Sheet - NFPA 130. Certification to IEC standard is pending.
MC514MG
MC514MG is a glass phenolic, semi-conductive laminate which was designed for corona discharge in the power generation industry. The graphitic carbon additive in the resin system enables easy installation in the slots and provides the necessary conductivity to safely remove harmful charges from the system.
MC504BR – ShotBlocker®
MC504BR is a ballistic resistant material that has been discontinued. Please contact technology@norplex-micarta.com to inquire about other materials that may work in your application.
GSECONP
GSECONP is constructed from a paper with an phenolic resin binder. GSECONP is an economy grade paper sheet that does not meet any NEMA, ANSI/NEMA, MIL, ASTM or IEC specification.
KHS600
KHS600 is a decorative paper knife handle and gun grip grade available in black and natural colors and is part of Norplex-Micarta's UltreX line of materials. To learn more please visit www.ultrexcomposites.com
ES3
ES3 consists of a black phenolic paper core and two colored decorative surfaces impregnated with melamine resin. The three-ply, high performance material comes in a standard sheet size of 36 inches ± 1.00 x 39 inches ± 1.00, with standard thicknesses of 1/16, 3/32, and 1/8 inch. Standard finish options are polished, or P (highly polished and shiny), or LS (non-brushed and dull).
NP900
NP900 consists of a core made from paper and a phenolic resin system that is combined with rubber on one side and frequently a fiber cover opposite the rubber. A non-NEMA grade, NP900 is typically used to produce gaskets or washers.
NP634
Warm punching, composite grade with woven glass covers for improved flexural, tensile and impact strength. It has better electrical properties and higher mechanical strength than NP611.
NP615
Room temperature punching and shearing grade up to 0.125″ thick. NP615 is more flexible with lower mechanical properties than NP611. NP615 is produced with high resin content melamine impregnated surfaces to give the resulting laminate better arc resistance. Intended for applications where electrical and moisture requirements are secondary.
SP 3000 – SkatePlate 3000®
Phenolic paper based grade for mechanical applications. Good tensile, compressive and flexural strength. This paper/phenolic composite is primarily a machining material as opposed to a punching stock. SkatePlate is designed to be used for wear surfaces in roller skate and skateboard parks.
NP843
Paper reinforced phenolic grade with controlled conductivity. NP843 has mechanical strength similar to NP611. It has conductive surfaces only.
NP664
Low cost room temperature punching grade with mechanical and electrical properties similar to NP612. This version is made with pigment cover plies on the surface.
NP660
Lower cost paper phenolic NEMA Grade XP. NP660 uses natural kraft paper without pigmented cover sheet. It is a warm to hot punching material. It is available in natural and black only, without a pigmented cover, only. Certification to IEC standard is pending.
NP639
NP639 is a phenolic paper sheet which has been discontinued. Please contact technology@norplex.com to inquire about other materials that may work in your application.
NP631
Hot punching grade with excellent electrical properties and low moisture absorption. Major application is for punched parts for switches and other insulation applications requiring high electrical strength in applications where either moisture is present or in areas of high humidity.
NP630
NP630 is a fine machining grade with excellent electrical properties and moisture resistance. It has low cold flow with good dimensional stability.
NP629
NP629 is a paper-phenolic high-pressure laminate and intended primarily for mechanical applications, but is suitable for electrical applications as well. The electrical properties are not quite as good as those of NP630. Certification to IEC standard is pending.
NP625
Paper phenolic grade with better electrical properties than NP612. NP625 requires slightly more heat to shear and punch than NP612. Certification to IEC standard is pending.
NP612
Room temperature punching and shearing paper phenolic grade up to .125" thick. NP612 is more flexible with lower mechanical properties than NP611, and is intended for applications where electrical and moisture requirements are of secondary importance. NP612 meets the requirements of MIL-I-24768/20.
NP611R
Hot punching general-purpose phenolic grade. Mechanical properties approach those of NP610 with improved electrical properties and moisture resistance. Certification to IEC standard is pending.
NP611
Hot punching general-purpose phenolic grade. Mechanical properties approach those of NP610 with improved electrical properties and moisture resistance. NP611 meets the requirements of IEC60893-3-4-PF CP 201.
NP610
Phenolic paper based grade for mechanical applications. Good tensile, compressive and flexural strength. Primarily a machining material, but may be hot punched up to .093" thick. NP610 meets MIL-I24768/12 Type PBM, ASTM D709 Type X and IEC 60893-3-4 PFCP 201.
NP605
A paper-base laminate with low phenolic resin content for hard, flat surfaces. This material is normally used in the printed circuit board industry as a backup for the drilling operation. However, it is also used in other industries for tooling stock because of its ease of machining and good dimensional stability.
NP602
A paper-base laminate with low phenolic resin content for hard, flat surfaces. It is typically hot punched for numerous low voltage electrical applications of less than 250 volts where the material is not subjected to high humidity.
NP600
A paper-base laminate with low phenolic resin content for hard, flat surfaces. This material is most commonly used for drill entry material in the PCB industry.
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NP101
Phenolic resin combined with spun nylon fabric. Good impact strength and excellent electrical properties under high humidity conditions.
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NP193PM
NP193PM is composed of a 17 oz. aramid and "soft glass" fibers are combined to make a fabric that is stronger than pure aramid and less abrasive than glass fabrics. This material is impregnated with a high temperature phenolic resin matrix which includes a non-conducting solid lubricant. This composite has excellent mechanical strength at elevated temperatures and adverse environments. Applications include wear plates for conveyor systems, valve plates, and compressor and pump vanes.
NP193P
17 oz. aramid and "soft glass" fibers are combined to make a fabric that is stronger than pure aramid and less abrasive than glass fabrics. This material is impregnated with a high temperature phenolic resin matrix, which produces a composite with excellent mechanical strength at elevated temperatures and adverse environments. Applications include wear plates for conveyor systems, valve plates, and compressor and pump vanes. Variations of this material may be developed for specific applications.
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MC507U
MC507U is a utility grade, glass fabric combined with a silicone resin system. It can be substituted for NEMA G-7, in most heating, appliance insulation and some bearing applications. MC507U has excellent strength and electrical properties. MC507U complies with MIL-I-24768/17 – GSG, with the exception of some specific electrical properties. Certification to IEC standard is pending.
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BT25HEE
Being a heat treated version of BT25NEE, BT25HEE is a tube made from a fine cotton fabric and an epoxy resin system. It has low moisture absorption and excellent dimensional stability and chemical resistance. Typical uses include bearing retainers and parts that require excellent machining characteristics.
BT25NEE
Grade BT25NEE is a tube made from a fine cotton fabric and an epoxy resin system. It has low moisture absorption and excellent dimensional stability and chemical resistance. Typical uses include bearing retainers and parts that require excellent machining characteristics.
RTB326X
RTB326X is an epoxy extra five weave linen tube which has been discontinued. Please contact technology@norplex-micarta.com to inquire about other materials that may work in your application.
RTB326H
Being a heat treated version of RTB326, RTB326H is a tube made from a fine cotton fabric and an epoxy resin system. It has low moisture absorption and excellent dimensional stability and chemical resistance. Typical uses include bearing retainers and parts that require excellent machining characteristics. RTB326 meets the requirements of ASTM F3131 Type FB.
RTB326
Grade RTB326 is a tube made from a fine cotton fabric and an epoxy resin system. It has low moisture absorption and excellent dimensional stability and chemical resistance. Typical uses include bearing retainers and parts that require excellent machining characteristics. RTB326 meets the requirements of ASTM F3131 Type FB.
FW100W
FW100W is a filament wound tube with an epoxy resin system on a glass filament. FW100W is designed as an economical general-purpose mechanical grade with low moisture absorption. Helical wind angles of 15° - 75° are possible and circumferential (hoop) layers can be placed at various points in the tube’s construction. FW100W is white in color.
RT273
RT273 uses a heavy weave glass fabric substrate and an epoxy resin. Designed to have excellent strength at elevated temperatures and has been formulated to facilitate the production of thick-walled tubes.
FW251 – Filament Wound – Norplex-Micarta
FW251 is a filament wound tube with an epoxy resin system on a glass filament. Helical wind angles of 15° - 75° are possible and circumferential (hoop) layers can be placed at various points in the tube’s construction. FW251 is designed to have excellent strength at elevated temperatures and formulated to facilitate the production of tubes for use in downhole applications.
FW252
FW252 is a filament wound tube with a wind angle of +55/-55. Designed to have excellent strength at elevated temperatures and has been formulated to facilitate the production of thick-walled tubes for use in downhole applications.
RT271
RT271 is a convolute wound tube using a glass fabric substrate and an epoxy resin. Designed to have excellent strength at elevated temperatures and has been formulated to facilitate the production of thick-walled tubes for use in downhole applications.
RT571
RT571 is similar to RT511 using a heavy weave glass fabric substrate meeting all of the requirements of NEMA G-10. Like RT511, RT571 has excellent strength at elevated temperatures but has been formulated to facilitate the production of thick walled tubes (up to 4 times thicker than RT511). RT571 also complies with MIL-I-24768/2, Type GEE. Certification to IEC standard is pending.
RT521M
Medium weight glass fabric with epoxy resin system. RT521M combines excellent electrical characteristics with superior physical properties at cryogenic temperatures (-270 °C to 135 °C operating temperature range). Electrical properties maintained in high humidity conditions. RT521M is not flame resistant. RT521M is comparable sheet grade to Norplex-Micarta's sheet grade NP500CR.
RT520X
RT520X is an epoxy extra fine weave glass fabric tube which has been discontinued. Please contact technology@norplex-micarta.com to inquire about other materials that may work in your application.
RT520MH
RT520MH is an epoxy fiberglass tube which has been discontinued. Please contact technology@norplex-micarta.com to inquire about other materials that may work in your application.
RT520M
RT520M is an epoxy fiberglass tube which has been discontinued. Please contact technology@norplex-micarta.com to inquire about other materials that may work in your application.
RT511M
RT511M meets all of the requirements of NEMA G-10, with the added feature of having excellent strength at elevated temperatures. Typical applications include bushings, spacers and structural parts for power generation equipment. It is made with a medium weight glass fabric substrate. RT511M also complies with MIL-I-24768/2, Type GEE, ASTM D709 Type IV Grade G-10 and IEC 61212-3-1 EP GC 21 & 22.
RT511H
Being a heat treated version of RT511, RT511H uses a heavy weave glass fabric substrate meeting all of the requirements of NEMA G-10, with the added feature of having excellent strength at elevated temperatures. Typical applications include bushings, spacers and structural parts for power generation equipment. Certification to IEC standard is pending.
RT511F
RT511F meets all of the requirements of NEMA G-10, with the added feature of having excellent strength at elevated temperatures. The fine weave fabric used in this version provides a better finish to the final part. Typical applications include bushings, spacers and structural parts for power generation equipment. RT511F also complies with MIL-I-24768/2, Type GEE, ASTM D709 Type IV Grade G-10 and IEC 61212-3-1 EP GC 21 & 22.
RT511
RT511 uses a heavy weave glass fabric substrate meeting all of the requirements of NEMA G-10, with the added feature of having excellent strength at elevated temperatures. Additional versions of the RT511 series are available in medium and fine weave fabrics. Typical applications include bushings, spacers and structural parts for power generation equipment. RT511 also complies with MIL-I-24768/2, Type GEE. ASTM D709 Type IV Grade G-10 and IEC 61212-3-1 EP GC 21 & 22.
RT500X
The RT500X has excellent electrical properties under humid conditions and very good heat resistance and mechanical properties. RT500X is used when NEMA recognition is needed and fine machining is required. This version is made with an extra-fine weave fabric. RT500X also complies with MIL-I-24768/2, Type GEE and ASTM D709 Type IV Grade G-10. Certification to IEC standard is pending.
RT500M
RT500M is composed of a medium weight glass fabric combined with an epoxy resin system. RT500M combines excellent electrical characteristics with very good physical properties. Electrical properties maintained in high humidity conditions. It also complies with MIL-I-24768/2, Type GEE and ASTM D709 Type IV Grade G-10. RT500M is not flame resistant. Certification to IEC standard is pending.
RT500F
The RT500F has good electrical properties under humid conditions, excellent heat resistance and mechanical properties. RT500F is made with a fine weave woven glass fabric, for better machining and a smoother surface finish. It also complies with MIL-I-24768/2, Type GEE and ASTM D709 Type IV Grade G-10. Certification to IEC standard is pending.
RT500
The RT500 series has good electrical properties under humid conditions, excellent heat resistance and mechanical properties. RT500 grades are available in medium or fine weave fabrics. It also complies with MIL-I-24768/2, Type GEE and ASTM D709 Type IV Grade G-10. Certification to IEC standard is pending.
RT130X
Grade RT130X meets all of the property requirements of NEMA FR-4, with the added feature of being flame resistant, UL94 V-0. Typical applications include bushings, spacers and other structural parts. RT130X is manufactured with an extra fine glass fabric and has excellent machining characteristics. RT130X also complies with IEC 61212-3-1 EP GC 23.
RT130M
Grade RT130M meets all of the property requirements of NEMA FR-4, with the added feature being flame resistant, UL94 V-0. Typical applications include bushings, spacers and other structural parts. RT130M has excellent machining characteristics. Certification to IEC standard is pending.
RT130
Grade RT130 meets all of the property requirements of NEMA FR-4, with the added feature being flame resistant, UL94 V-0. Typical applications include bushings, spacers and other structural parts. RT130 has excellent machining characteristics. RT130 complies with IEC 61212-3-1 EP GC 23.
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RTB329
RTB329 is a bleached linen fabric composite combined with melamine resin system. It is designed to mimic ivory in decorative applications.
RT509F
RT509F has good electrical properties under humid conditions and excellent arc resistance. The “F” version is made from a fine weave fabric. Typical applications include fuse tubes and switchboard insulation. RT509F also complies with MIL-I-24768/1, Type GME and ASTM D709 Type IV Grade G-9 and IEC 61212-3-1-MFGC 21.
RT509
Grade RT509 has good electrical properties under humid conditions and excellent arc resistance. Typical applications include fuse tubes and switchboard insulation. RT509 also complies with MIL-I-24768/1, Type GME and ASTM D709 Type IV Grade G-9 and IEC 61212-3-1-MFGC 21.
RT505F
RT505F has good electrical properties under humid conditions and has excellent arc resistance. The “F” version is made from a fine weave fabric. Typical applications include fuse tubes and naval switchboard insulation. RT505F also complies with MIL-I-24768/8, Type GMG and ASTM D709 Type IV Grade G-5.
RT505
RT505 has good electrical properties under humid conditions and has excellent arc resistance. Typical applications include fuse tubes and naval switchboard insulation. RT505 also complies with MIL-I-24768/8, Type GMG and ASTM D709 Type IV Grade G-5.
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RT342CG
RT342CG has an ID wound with RT325 graphite linen and the remainder of the tube is fine weave canvas phenolic material with fabric construction weight intermediate to RT310 and RTB320 on the OD of the tube.
RTB324FR
Grade RTB324FR is constructed of a fine weave cotton fabric which has been bleached to remove impurities, and a modified phenolic resin with powdered PTFE added for lubrication as well as a flame retardant added. It has low moisture absorption and excellent dimensional stability and chemical resistance. Typical uses include bearing retainers and parts that require excellent machining characteristics.
BT12HPN
Being a heat treated version of BT12NPN, BT12HPN is a fine weave canvas phenolic material with fabric construction weight intermediate to BT13NPN and BT25NPN. BT12HPN is designed for better machining than grade BT13NPN and lower cost than BT25NPN.
BT12NPN
Fine weave canvas phenolic material with fabric construction weight intermediate to BT13NPN and BT25NPN. BT12NPN is designed for better machining than grade BT13NPN and lower cost than BT25NPN.
BT18NPA
Grade BT18NPA is a red colored composite tube made from a heavy 24 oz/sq. yard canvas fabric saturated with a phenolic resin system modified with alumina. BT18NPA is designed for highly loaded bearing applications, where the lubrication is provided by oil, water or a mixture.
BT25NPP
Grade BT25NPP is constructed of a fine weave cotton fabric which has been bleached to remove impurities, and a modified phenolic resin with powdered PTFE added for lubrication. It has low moisture absorption and excellent dimensional stability and chemical resistance. Typical uses include bearing retainers and parts that require excellent machining characteristics.
BT25NPG
BT25NPG uses a fine weave cotton fabric (linen) substrate. The resin system has graphitic carbon added in order to provide lubrication in bearing and bushing applications. It is an excellent machining grade, but should not be used in applications where electrical insulation is required as the resin system is conductive.
BT13NPG
Grade BT13NPG is a medium weave cotton fabric combined with a phenolic resin system containing graphitic carbon as a lubricant, and used where conductivity of the material is not detrimental to the properties of the final product. This product is used in the bearing industry where a low coefficient of friction is the primary concern.
BT25SPN
Being a hot oil treated version of BT25NPN, BT25SPN has low moisture absorption and excellent dimensional stability. Typical uses include bearings and applications that require fine machining characteristics.
BT25HPN
Being a heat treated version of BT25NPN, BT25HPN has low moisture absorption and excellent dimensional stability. Typical uses include retainers for ball-bearings and applications that require fine machining characteristics.
BT25NPN
BT22NPN is composed of an extra-fine weave woven cotton fabric combined with a phenolic resin system to produce a tube product that has superior machining capability with smooth, fiber free surfaces. Typical uses include retainers for ball-bearings and applications that require fine machining characteristics.
BT22ZPN
BT22ZPN is similar to BT22NPN being composed of an extra-fine weave woven cotton fabric combined with a phenolic resin system. BT22ZPN tubes have higher densities (minimum allowable specific gravity is 1.30) resulting in enhanced precise machining characteristics and are expected to give longer life in wear applications. Typical uses include retainers for ball-bearings.
BT22NPN
BT22NPN is composed of an extra-fine weave woven cotton fabric combined with a phenolic resin system to produce a tube product that has superior machining capability with smooth, fiber free surfaces. Typical uses include retainers for ball-bearings and applications that require fine machining characteristics.
BT18NPM
Grade BT18NPM is a tube made from a HEAVY weight canvas fabric combined with a phenolic resin that has good physical properties and machining characteristics. Typical applications include journal bearings and structural parts that require good impact strength and wear resistance.
BT13SPN
Being a hot oil treated version of BT13NPN, BT13SPN is a tube made from a medium weight canvas fabric combined with a phenolic resin that has good physical properties and machining characteristics. Typical applications include textile bobbins, lap spools and structural parts that require good impact strength.
BT13HPN
Being a heat treated version of BT13NPN, BT13HPN is a tube made from a medium weight canvas fabric combined with a phenolic resin that has good physical properties and machining characteristics. Typical applications include textile bobbins, lap spools and structural parts that require good impact strength.
BT13NPN
Grade BT13NPN is a tube made from a medium weight canvas fabric combined with a phenolic resin that has good physical properties and machining characteristics. Typical applications include textile bobbins, lap spools and structural parts that require good impact strength.
RTB324
Grade RTB324 is constructed of a fine weave cotton fabric which has been bleached to remove impurities, and a modified phenolic resin with powdered PTFE added for lubrication. It has low moisture absorption and excellent dimensional stability and chemical resistance. Typical uses include bearing retainers and parts that require excellent machining characteristics.
RTB320Z
RTB320Z is similar to RTB320X being composed of an extra-fine weave woven cotton fabric combined with a phenolic resin system. RTB320Z tubes have higher densities (minimum allowable specific gravity is 1.30) resulting in enhanced precise machining characteristics and are expected to give longer life in wear applications. Typical uses include retainers for ball-bearings. RTB320Z also complies with MIL-I-24768/13, Type FBE, ASTM D709 Type II Grade LE and Federal Specification WW-L-2887 and IEC 61212-3-1 PF CC 21.
RTB320X
RTB320X is composed of an extra-fine weave woven cotton fabric combined with a phenolic resin system to produce a tube product that has superior machining capability with smooth, fiber free surfaces. Typical uses include retainers for ball-bearings and applications that require fine machining characteristics. RTB320X also complies with MIL-I-24768/13, Type FBE, ASTM D709 Type II Grade LE and Federal Specification WW-L-2887 and IEC 61212-3-1 PF CC 21.
RTB320S
Being a hot oil treated version of RTB320, RTB320S has low moisture absorption and excellent dimensional stability. Typical uses include bearings and applications that require fine machining characteristics. Certification to IEC standard is pending.
RTB320H
Being a heat treated version of RTB320, RTB320H has low moisture absorption and excellent dimensional stability. Typical uses include retainers for ball-bearings and applications that require fine machining characteristics. RTB320H also complies with MIL-I-24768/13, Type FBE, ASTM D709 Type II Grade LE and with IEC 61212-3-1 PF CC 21.
RTB320
Grade RTB320 has low moisture absorption and excellent dimensional stability. Produced with a bleached linen and a phenolic resin system, it's typical uses include retainers for ball-bearings and applications that require fine machining characteristics. RTB320 also complies with MIL-I-24768/13, Type FBE, ASTM D709 Type II Grade LE and with IEC 61212-3-1 PF CC 21.
RT370
Grade RT370 is a red colored composite tube made from a heavy 24 oz/sq. yard canvas fabric saturated with a phenolic resin system modified with alumina. RT370 is designed for highly loaded bearing applications, where the lubrication is provided by oil, water or a mixture.
RT360
Grade RT360 is a tube made from a HEAVY weight canvas fabric combined with a phenolic resin that has good physical properties and machining characteristics. Typical applications include journal bearings and structural parts that require good impact strength and wear resistance.
RT342H
Being a heat treated version of RT342, RT342H is a fine weave canvas phenolic material with fabric construction weight intermediate to RT310 and RTB320. RT342H is designed for better machining than grade RT310 and lower cost than RTB320. Certification to IEC standard is pending.
RT342
Fine weave canvas phenolic material with fabric construction weight intermediate to RT310 and RTB320. RT342 is designed for better machining than grade RT310 and lower cost than RTB320. It also complies with MIL-I-24768/16, Type FBM and ASTM D709 Type II Grade C.
RT325
RT325 uses a fine weave cotton fabric (linen) substrate. The resin system has graphitic carbon added in order to provide lubrication in bearing and bushing applications. It is an excellent machining grade, but should not be used in applications where electrical insulation is required as the resin system is conductive.
RT315
Grade RT315 is a medium weave cotton fabric combined with a phenolic resin system containing graphitic carbon as a lubricant, and used where conductivity of the material is not detrimental to the properties of the final product. This product is used in the bearing industry where a low coefficient of friction is the primary concern.
RT310S
Being a hot oil treated version of RT310, RT310S is a tube made from a medium weight canvas fabric combined with a phenolic resin that has good physical properties and machining characteristics. Typical applications include textile bobbins, lap spools and structural parts that require good impact strength. RT310S also complies with MIL-I-24768/16, Type FBM and ASTM D709 Type II Grade C.
RT310H
Being a heat treated version of RT310, RT310H is a tube made from a medium weight canvas fabric combined with a phenolic resin that has good physical properties and machining characteristics. Typical applications include textile bobbins, lap spools and structural parts that require good impact strength. RT310H also complies with MIL-I-24768/16, Type FBM and ASTM D709 Type II Grade C. Certification to IEC standard is pending.
RT310
Grade RT310 is a tube made from a medium weight canvas fabric combined with a phenolic resin that has good physical properties and machining characteristics. Typical applications include textile bobbins, lap spools and structural parts that require good impact strength. RT310 also complies with MIL-I-24768/16, Type FBM, ASTM D709 Type II Grade C and IEC-61212-3-1 PF CC 22.
RT504F
Grade RT504F is composed of a fine weave glass fabric combined with a phenolic resin system. It has excellent heat and chemical resistance in basic systems. It has good physical strength and high impact resistance. The use of a fine weave fabric is to provide better finish to the final part. Typical applications include structural parts and can be substituted for G-7 in certain applications. Certification to IEC standard is pending.
RT504
Grade RT504 is a heavy weave glass fabric combined with a phenolic resin system. It has excellent heat and chemical resistance in basic systems. It has good physical strength and high impact resistance. Typical applications include structural parts and can be substituted for G-7 in certain applications.
RT630S
Being a hot oil treated version of RT630, RT630S is a fine machining grade with excellent electrical properties and moisture resistance. It has good dimensional stability and resists splitting. Typical applications include fuse tubes, coil forms and supports. Certification to IEC standard is pending.
RT630H
Being a heat treated version of RT630, RT630H is a fine machining grade with excellent electrical properties and moisture resistance. It has good dimensional stability and resists splitting. Typical applications include fuse tubes, coil forms and supports. Certification to IEC standard is pending.
RT630
RT630 is a fine machining grade with excellent electrical properties and moisture resistance. It has good dimensional stability and resists splitting. Typical applications include fuse tubes, coil forms and supports. RT630 also complies with MIL-I-24768/10, Type PBE and ASTM D709 Type I Grade XXX. Certification to IEC standard is pending.
RT629
RT629 is a paper phenolic tube intended primarily for mechanical applications, but is suitable for electrical applications as well. The electrical properties are not quite as good as those of RT630. RT629 also complies with MIL-I-24768/11, Type PBG and ASTM D709 Type I Grade XX and IEC 612112-3-1-PFCP.
RT628H
Being a heat treated version of RT628, RT628H is an improved machining grade meeting NEMA XX for tubes. It has low moisture absorption and good dimensional stability. Typical applications are as a replacement for RT629 where improved machining characteristics are needed. The primary application is in transformers. Certification to IEC standard is pending.
RT628
Grade RT628 is an improved machining grade meeting NEMA XX for tubes. It has low moisture absorption and good dimensional stability. Typical applications are as a replacement for RT629 where improved machining characteristics are needed. The primary application is in transformers. Certification to IEC standard is pending.
RT610
RT610 is a paper phenolic tube with fair electrical properties in dry conditions. It has good impact, tensile and compressive strength. Typical Applications are in switchboards, relays and other parts that require good machining characteristics. RT610 also complies with MIL-I-24768/12, Type PBM, ASTM D709 Type I Grade X and IEC-61212-3-1 PF CP 21.
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BT45NPM
BT45NPM’s substrate is composed of a hybrid aramid material that is stronger than pure aramid. The material is impregnated with a high temperature phenolic resin system which includes a non-conducting solid lubricant. This solid lubricant facilitates the use of BT45NPM as a bearing material or in other wear applications.
RT193PM
RT193PM’s substrate is composed of a hybrid aramid material that is stronger than pure aramid. The material is impregnated with a high temperature phenolic resin system which includes a non-conducting solid lubricant. This solid lubricant facilitates the use of RT193PM as a bearing material or in other wear applications.
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RT507L
RT507L is a silicone fine weave glass fabric leak proof tube which has been discontinued. Please contact technology@norplex-micarta.com to inquire about other materials that may work in your application.
RT507F
RT507F is manufactured using a fine weave glass fabric combined with a silicone resin system. It has excellent electrical properties under humid conditions, superior heat and arc resistance. Typical applications include heating appliance insulation, welding equipment nozzle insulation, heat barriers and specialty bearing applications. The fine weave fabric substrate provides a “finer” finish on the surface of the finished part. RT507F also complies with MIL-I-24768/17, Type GSG and ASTM D709 Type IV Grade G-7.
RT507
Grade RT507 has good electrical properties under humid conditions, superior heat resistance, and superior arc resistance. Typical applications include heating appliance insulation, welding equipment nozzle insulation, heat barriers and specialty bearing applications. RT507 also complies with MIL-I-24768/17, Type GSG and ASTM D709 Type IV Grade G-7.
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