Glastic® Corrosion-Resistant Panels are ideal for applications where resistance to both flame, and the splash or spill of laboratory chemicals is important. Glastic® Grade 1120 is an asbestos-free fiberglass-reinforced thermoset resin sheet. This material has very low water absorption and also has good splash and spill resistance to acids, weak bases and aliphatic hydrocarbons. Grade 1120 is UL classified, has high strength, and has a bright white finish (no painting necessary). Applications include fume hood liners, chemical storage cabinets and wall surfaces.

Glastic® Corrosion-Resistant Panels are ideal for applications where resistance to both flame, and the splash or spill of laboratory chemicals is important. Glastic® Grade 1125 is asbestos-free, fiberglass-reinforced polyester resin sheet that offers low smoke generation when exposed to flame. This material has very low water absorption characteristics, along with excellent splash and spill resistance to acids, weak bases and aliphatic hydrocarbons. Grade 1125 is UL classified, has high strength, and has a bright white finish (no painting necessary). Some applications include fume hood liners, chemical storage cabinets and wall surfaces.

Subcategories: Polymer; Thermoset; Filled/Reinforced Thermoset; Polyester, TS

BL 20/1 GG EP is a composite bearing material that combines the crucial parameters for rotary blades. These include compressive stability at high temperatures, impact strength, low swelling and low coefficient of friction and expansion in conjunction with excellent wear characteristics.

BL 70 is a low friction material that exhibits stability at high temperatures. Its applications include high-load low friction tracks and linings in transport and conveying systems, high-stressed bearing bushes and sliding strips in heavy machine construction, axial bearing segments and bearing brushes in hot-water circulation pumps, and others.

Subcategories: Polymer; Thermoset; Filled/Reinforced Thermoset

Subcategories: Polymer; Thermoset; Filled/Reinforced Thermoset; Silicone

A material with high quality glass fibre fabric and roving layers in conjunction with heat resistant EP matrix, which provides a thermal protection with excellent compressive and flexural strength, as well as high interlaminar shear strength. Well suited for applications in heated presses for processing ultra-high-molecular PE, for special-purpose high-stressed piston and press table insulations.

A material with high quality glass fibre fabric and roving layers in conjunction with heat resistant EP matrix, which provides a thermal protection with excellent compressive and flexural strength, as well as high interlaminar shear strength. Suited for applications such as injection moulds, packing machines, frame and piston insulations in wood processing presses.

Cotton based phenolic provides more mechanical strength than paper grades and has a finer surface with better machinability. This material is used for gears, pinions, bearings, bushings, and many structural applications.

This IEEE Class F 155ºC high strength material exhibits substantial resistance to cold flow or creep under heat and pressure. Suggested applications include motor slot wedges, washers, brush plates and terminal boards. Available in thicknesses - .032" - 2.00". Standard color - Brown. Meets Gov't Specs - LP-509, I-24768/6.

EMD is a glass mat reinforced polyester sheet designed primarily as a "slot wedge" material in large motors and generators. EMD has low weight loss at elevated temperatures and high flexural and shear strength; properties required in demanding "slot wedge" applications. Available thicknesses - .062" - 1.00". Standard color - Black.

ETR-FR-C meets NEMA GPO-3 requirements and exceeds NEMA in dielectric strength, arc resistance, and track resistance. This U.L. recognized grade is highly flame retardant and low smoke generating. ETR- FR-C is an IEEE 130ºC electrical/160ºC mechanical Class B material. Applications include high voltage appliance insulators, bus bar supports, and barriers in switchgear. Available in thicknesses .032" - 2.00". Standard color - Red. Meets Gov't Spec - I-24768/6.

A NEMA GPO-1 economy grade fiberglass mat reinforced thermoset polyester molded sheet. ETS is an IEEE Class B 130ºC electrical/160ºC mechanical material with good punching characteristics. Typical applications include transformer spacers and supports. A NEMA GPO-1 grade fiberglass mat reinforced thermoset polyester molded sheet. Available in .032" - 2.00". Standard color - Buff. Meets Gov't Specs - LP-509, I-24768/6.

A NEMA GPO-2 glass mat reinforced thermoset polyester molded sheet. ETS-FR-II is UL recognized with a flame rating of 94V-0 and arc resistance of 185 seconds. This grade is an IEEE Thermal Class B, 130ºC electrical/160ºC mechanical material. Typical uses are general purpose electrical insulation application where flame retardancy is required. Available thicknesses - .032" - 2.00". Standard color - Red. Meets Gov't Specs - LP-509, I-24768/6.

This glass-epoxy laminate is specified for its extremely high strength and high dimensional stability over temperature. G-10 is used for terminal boards, high humidity applications, electrical and electronic test equipment and electric rotor insulation. G-10 is difficult to cut or machine and may require special equipment. G-10 is slightly stronger while G-11 is a better insulator and can withstand higher temperatures. FR-4 is a fire-retardant G-10 glass-epoxy laminate that is used primarily in the printed circuit board industry. G-10 and similar fiberglass reinforced thermosets are sometimes known as garolite.

Woven glass fabric with easy machining epoxy resin. G10A is engineered to provide NEMA grade G10 properties. G10A has been replaced by NP500A.

Glass fabric with epoxy resin system. Combines excellent electrical characteristics with superior physical properties. Electrical properties maintained in high humidity conditions. Not flame resistant. Material meets NEMA G-10 and has been produced to the NIST G10CR process specification for materials used in cryogenic applications. G10CR has been replaced by NP500CR.

This glass-epoxy laminate is specified for its extremely high strength and high dimensional stability over temperature. G-11 is used for terminal boards, high humidity applications, electrical and electronic test equipment and electric rotor insulation. G-11 is difficult to cut or machine and may require special equipment. G-10 is slightly stronger while G-11 is a better insulator and can withstand higher temperatures. G-11 and similar fiberglass reinforced thermosets are sometimes known as garolite.

This material is made from woven glass cloth and high-temperature phenolic resin. It has excellent flexural, compressive and impact strengths.

This material is very hard, flame resistant, and has excellent electrical properties. G-5 has high arc and heat resistance. It is used for switch board panels, arc barriers, circuit breaker parts, and structural electrical parts.

This glass-silicone laminate has good electrical properties under humid conditions, excellent heat and arc resistance, and is self-extinguishing.

This material is very hard, flame resistant, and has excellent electrical properties. G-9 has high arc and heat resistance and is recommended for humid environments. It is used for switch board panels, arc barriers, circuit breaker parts, and structural electrical parts. G-9 and similar fiberglass reinforced thermosets are sometimes known as garolite.

Mica impregnated with silicone. A material with a high thermal continuous load above 250 °C combined with high compressive loads. Particular applications include use as fully fixed thermal insulation in presses and punching lines that are subject to high thermal loads. Other applications are in soldering plants, induction and arc furnaces, as well as in switchgear cabinet and apparatus construction.

Mica impregnated with silicone. A material with a high thermal continuous load above 250 °C combined with high compressive loads. Particular applications include use as fully fixed thermal insulation in presses and punching lines that are subject to high thermal loads. Other applications are in soldering plants, induction and arc furnaces, as well as in switchgear cabinet and apparatus construction.

GlasGuard Grade 1130 is a fiberglass-reinforced thermoset polymer composite system which is available as sheet stock or in a variety of pultruded shapes. Grade 1130 possesses flame resistance, corrosion resistance, weatherability, and dielectric properties. This material meets NEMA criteria for grade GPO-3. Grade 1130 was developed to meet the requirements of the NYC Transit Authority. It has been pultruded into channel shaped covers for the electrified third rail and molded into flat panels for both a sign material and switchgear components.

Glastherm Grade HT is a high compressive strength, heat-resistant composite material. It is ideal for insulation between the fold and the press or within the mold itself. Grade HT is completely asbestos-free and is rugged to withstand rough handling during installation. Features of Grade HT include:

• High Hot Compressive Strength
• Low Thermal Conductivity
• Oil and Moisture Resistant
• Reduces Heat Loss
• Helps Control Temperature
• Faster Mold Startup

Subcategories: Polymer; Thermoset; Composite SMC; Filled/Reinforced Thermoset; Polyester, TS. Features of HT200 include:

• High Hot Compressive Strength
• Low Thermal Conductivity
• Oil and Moisture Resistant
• Reduces Heat Loss
• Helps Control Temperature
• Faster Mold Startup

Glastherm Grade HT220 is a thermal insulation sheet that is a highly heat-resistant material that combines low thermal conductivity with very high compressive strength at molding temperature. It is ideal for many of the more difficult molding applications.

Glastherm Grade HT250 is a high compressive strength, heat-resistant composite material. It is ideal for insulation between the fold and the press or within the mold itself. Grade HT250 is asbestos-free and rugged to withstand rough handling during installation. Grade HT250 is employed to save energy during pressing and is mainly used in hydraulic, wood and tire presses.

Glastherm Grade S is a general purpose insulation sheet with an economical combination of thermal and physical properties. Not recommended for processes where the continuous operating temperature exceeds 425°F. Grade S is asbestos-free and rugged to withstand rough handling during installation. Suited to rubber molding industry.

A fiber glass reinforced thermoset polyester sheet having good corrosion resistance to numerous acids and alkalis. This material also exhibits a high level of flame retardancy and low smoke generation. Typical applications are fume hood liner and weir panels for waste water treatment. Standard color is white. Extensive data covering resistance to specific chemicals is available upon request.

Haysite Grade 1000 laminate sheet is an outstanding material that is used in applications requiring exceptional weather and corrosion resistance. Grade H1000's unique polyester resin system provides corrosion resistance in sunlight and harsh weather environments in addition to meeting NEMA GPO-3 specifications for track resistance, flame retardance, heat resistance and physical properties. H1000 is particularly qualified for applications in the transportation industry due to its' low smoke generation, low smoke toxicity & halogen-free flame retardants. H1000 meets the rigid New York City Transit - Specification #64. Transit Authorities use Grade H1000 under their 3rd rail ties to provide electrical insulation, corrosion protection, UV resistance & most importantly to insure low smoke/flame toxicity in case of electrical failure. H1000, in a pultruded profile shape is used for electrical insulation for electrical cables, conduit & 3rd rail protection for workers.

Grade H208 has high magnetic permeability and excellent retention of properties after heat aging at elevated temperatures. This unique combination of properties allows Grade H208 to be used in various motor, transformer, coil, and other applications requiring low hysteresis or magnetic flux losses.

Solder Pallet and Work Holder Sheet A Static dissipative sheet material for use in electronic assembly. Resistant to hot solder and solvents. Standard color is blue/grey. Available thicknesses from 1/8" to 1/2" and 4mm to 12mm. Sheet sizes are 36" X 72" and 48" X 60", special thicknesses and custom sheet sizes are available.

Solder Pallet and Work Holder Sheet A high temperature polyester laminate that exhibits excellent retention of mechanical properties and dimensional stability at elevated temperatures. Applications include wave solder pallets where static dissipative properties are not required. Standard color is grey. Available thicknesses from 1/8" to 1/2" and 4mm to 12mm. Sheet sizes are 36" X 72" and 48" X 60", special thicknesses and custom sheet sizes are available.

Solder Pallet and Work Holder Sheet An advanced composite that is high temperature resistant and high strength with semi-conductive properties. Engineered for use as wave and reflow solder pallet material, it may be used as dedicated or adjustable flow solder carriers as well as surface mount pallets. Standard color is blue/grey. Available thicknesses from 1/8" to 1/2" and 4mm to 12mm. Sheet sizes are 36" X 72" and 48" X 60", special thicknesses and custom sheet sizes are available.

A thermoset polyester composite that offers superior energy efficiency, temperature control, and durability for high temperature mold and platen thermal applications. A proven, cost effective product for the plastic and rubber molder. Available in thicknesses from 1/8" - 2.00". Color - Brown.

A thermoset polyester composite that offers superior energy efficiency, temperature control, and durability for high temperature mold and platen thermal applications. A proven, cost effective product for the plastic and rubber molder. Available in thicknesses from 1/8" - 2.00". Color - Orange.

H515 exhibits excellent flexibility and retention of electrical properties at elevated temperatures. For use in 220º C insulation systems in dry type transformers and where flexibility and high temperature is required. Standard color is tan. Thickness is 1/32" - 1/16". Sheet sizes are 36" x 72" and 48" x 96".

H722 is an all-purpose GPO-1 fiberglass mat reinforced thermoset polyester molded sheet. Available in thicknesses ranging from .031" - 2.00". Standard color - Natural. Meets Gov't Specs - LP-509, I-24768/6.

A new generation of IEEE Class F, 155ºC /165ºC NEMA GPO- 1 material. H755 is designed to bridge the gap between 130ºC Class B GPO-1 materials and Class H 180ºC grades. H755 has quickly gained recognition in the industry as a high performance material at a similar cost as standard GPO-1. H755 has been successfully sealed tube tested for compatibility in a number of high voltage 220ºC U.L. recognized insulation systems (UL File #E83907 Systems HRP- HV1 and HRP- HV2). There are numerous applications in transformers and motors where a Class F material is required or performance upgrade without cost penalty is desirable. Standard color - Ivory. Meets Gov't Specs - LP-509, I-24768/6.

H900 is recognized throughout the world as a reliable, consistent GPO-3 material. Standard size sheets are available in thicknesses ranging from .094" to 2.00". H900 also exhibits excellent smoke, flame and toxicity characteristics. Govt. Spec I-24768/6. Standard color - red.

A general purpose isophthalic polyester sheet with flame retardants and ultraviolet inhibitors. Standard color is gray.

A fiber glass reinforced thermoset sheet using DEREKANE® 470 vinylester in the resin matrix with flame retardant and ultraviolet inhibitors. Standard color is beige. Derakane® 470 is a registered trademark of Dow Chemical Company.

HCR-125 is a corrosion resistant vinyl ester sheet created by impregnating fiber glass mat, synthetic surface veil, and inert additives with Derkane 470 resin and catalyst. A compression molded product is produced by controlling a chemical reaction under heat and extreme pressure. Haysite HCR-125 offers excellent strength to weight ratios in addition to their corrosion resistance. Application: HCR-125 material can be sawed, sheared, machined, and punched to any size and shape. Successful applications include: tanks, tank covers, ductwork, exhaust and fume hoods, separators, bins, fan housings, trays, hoppers, sinks, lab table tops, fume scrubbers, heat exchanger plates, filter press plates, and other applications requiring a material with excellent resistance to corrosive elements. Standard color - Beige.

A fiber glass reinforced thermoset sheet using HETRON 197® flame resistant polyester in the resin matrix. Standard color is light beige. Additional data covering resistance to specific chemicals is available upon request. Hetron® 197 is a registered trademark of Ashland Chemical Company.

A fiber glass reinforced thermoset sheet using DEREKANE® 470 vinylester in the resin matrix. Standard color is grey. Additional data covering resistance to specific chemicals is available upon request. Derakane® 470 is a registered trademark of Dow Chemical Company.

A fiber glass reinforced thermoset polyester sheet using ATLAC® 382 Bisphenol-A Fumarate in the resin matrix. Standard color is light yellow. Additional data covering resistance to specific chemicals is available upon request. Atlac® is a registered trademark of Reichhold Chemical, Inc. Haysite Thermalate® composites offer a number of specific advantages over other insulation materials:

• Asbestos Free
• Cost Effective: Increased efficiency allows for short payback
• Low Thermal Conductivity/Energy Efficient: Saves and allows more precise temperature control
• High Heat Resistance: Designed to operate at temperatures up to 550ºF
• High Compressive Strength: Will not take a compressive “set”, causing mold alignment problems, when subject to extremely high molding pressures
• Tough and Durable: Does not crack or break easily during mold setup or tear down. More durable than mica or asbestos materials
• Resists Oils and Fluids: Other more absorbent insulators, such as concrete asbestos, can deteriorate or alter their thermal conductivity
• No Maintenance

A breakthrough material in thermal insulation sheet, Heatmeiser® is a specially engineered composite offering superior energy efficiency, temperature control and durability for high temperature mold jacket and platen thermal insulation applications. Heatmeiser thermal conductivity results separate this material from all other glass reinforced products. Available is thicknesses from 1/8" - 2.00". Color - Lt. Gray.

Haysite’s family of mold and platen insulation products are specially engineered fiberglass reinforced thermoset polyester composites which offer superior energy efficiency, temperature control, and durability for high temperature mold and platen thermal applications. Haysite Thermalate® composites offer a number of specific advantages over other insulation materials.

UL, Inc. has granted HST-II the highest thermal recognition ever achieved by any glass polyester laminate (U.L. File No. E81893). HST-II has a 220º C/210º C rating for 1/8" thick and heavier, and a 210º C/210º C rating for 1/32" thick up to 1/8" thick. HST-II is a high temperature polyester laminate that exhibits excellent retention of electrical and mechanical properties at elevated temperatures. Applications for HST-II can be found in high voltage transformers, D.C. motors and elsewhere when materials with high thermal indices are required. Available thicknesses - .031" - 2.00". Standard color - Brown.

HTF exhibits excellent flexibility and retention of electrical properties at elevated temperatures. For use in 220º C insulation systems in dry type transformers and where flexibility and high temperature is required. Standard color is tan. Thickness is 1/32" - 1/16". Sheet sizes are 36" x 72" and 48" x 96".

This material is popular in applications where thermal and mechanical stress occur together. This material is based on a matrix of high temperature resistant polymers and special glass silk fabrics. Typical applications are thermally and mechanically high-stressed heated presses and moulds. Also KV 3 is used to insulate drop forge dies, in the design of soldering masks and in many other applications.

A continuous-filament fiberglass-roving provides superior strength. Highest physical properties of GLASROD series.

A continuous-filament fiberglass-roving provides superior strength.

NEMA GPO-3. Average data - may vary with the size and shape of the electrical insulating structural product.

A continuous-filament fiberglass-roving provides superior strength. Excellent thermal endurance - used to replace silicone rod.

NEMA GPO-1. General purpose, high impact, heat resistant, dimensionally stable, cold punching. Excellent hot compression.

NEMA GPO-3/GPO-3P. Developed for transit industry where smoke generation and toxicity are of primary concern.

NEMA GPO-3, NEMA LI-1. Commonly used for tubing and fuse applications.

NEMA GPO-2.

Linen based phenolic provides more mechanical strength than paper grades and has a finer surface with better machinability. This material is used for gears, pinions, bearings, bushings, and many structural applications.

Grade MC223 is a medium weave cotton phenolic composite that is specifically formulated to meet MIL-P-18324. Typical applications include pintle and stave-type bearings for rudder shafts in the marine industry. This material is known industry wide as “Marine Micarta.” Grade 238 complies with MIL-P-18324.

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.

Grade 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. Grade MC330 complies with MIL-I-24768/16.

MC507U is a utility grade, glass fabric/silicone resin binder composite product that 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 specific electrical properties.

MC603 is constructed from electrical grade of kraft paper and a specially modified phenolic resin system, and is designed to be used in tap changers, coil support plates and terminal panels for transformers and their accessories.

Woven glass fabric combined with a halogenated epoxy resin system. Produced to printed circuit board quality standards. Flame retardant, meets UL-94 flammability classification V-0.

High flexural, impact and tensile strength glass fabric epoxy laminate, especially in the machine direction. Engineered to provide better physical properties than NEMA FR-4. More dimensionally stable than standard NP510A. Application is for "bed-of-nails" equipment for printed circuit board testing. MIL-I-24768/27, type GEE-F.

Canvas machining grade for structural and mechanical applications. Better impact strength than phenolic paper grades. MIL-I-24768/16.

Manufactured with a domestic cotton fabric and phenolic resin. Similar to NP310 with improved moisture resistance and electrical properties. Mechanical properties equivalent to NP310. MIL-I-24768/14.

Canvas machining grade for structural and mechanical applications. Better impact strength than phenolic paper grades. MIL-I-24768/16. Designed to meet GE specification A19B15B1.

NP310LS is composed of a woven cotton fabric and a specially engineered resin system designed to meet GE A50A341-S8, for low shrink canvas materials. The data presented below is a compilation of IL/Norplex's and two independent test labs results. In all cases, the data from the independent labs was used for the critical specification properties. NP310LS has been replaced by NP342LS.

Utility grade canvas phenolic with properties similar to NP310E. Not certifiable to NEMA due to low crosswise flexural strength. Previously designated NP310C.

Canvas phenolic laminate with molybdenum disulfide lubricant. Mechanical properties slightly lower than NP310.

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 no be used where this is detrimental to the application.

Post-forming canvas phenolic material. Mechanical and electrical properties 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.

Fine weave (less than 4 ounce/square yard) cotton fabric commonly called linen, combined with phenolic resin to provide better machining than NP310. For smaller and more intricate shapes than NP310.

Similar to NP320 with improved moisture resistance. Suitable for electrical applications in moderate humidity conditions.

Utility version of NP320E. Meets most, but not all, NEMA properties for L and LE, and is not certifiable as a NEMA Grade.

NP321 consists of a fine weave cotton fabric (linen) impregnated with a phenolic resin binder. Applications include vanes for air and liquid pumps, and compressors. NP321 remains very flat during fabrication and in the application. Wear resistance is improved by the addition of a lubricant in the system.

Linen phenolic laminate with molybdenum disulfide. Provides the same lubricity as NP313, but has better machining qualities. Mechanical strength similar to, but slightly less than NP320.

Linen phenolic laminate with graphite added as a solid lubricant. Linen substrate provides better machining and wear resistance than NP315.

Bleached linen with melamine resin system. 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. Meets UL94, V-0.

Fine weave canvas phenolic material with fabric construction weight intermediate to NP310 and NP320. Designed for better machining than grade NP310 and lower cost than NP320.

Fine weave canvas laminate with high temperature phenolic resin and molybdenum disulfide lubricant. Good machining properties and low coefficient of thermal expansion. Better machining than NP313.

Bleached canvas with high temperature phenolic resin with molybdenum disulfide lubricant. Low moisture absorption. Capable of 150°C continuous operation.

Similar physical and electrical properties to NEMA Grade LE. NP394 uses bleached linen and a proprietary resin system to provide better electrical properties and chemical resistance than standard grade NP320E. It is used in applications requiring high temperature and chemical resistance.

Low cost woven glass fabric epoxy laminate. Provides NEMA grade FR-4 properties at lower cost than NP130.MIL-I-24768/27, type GEE-F and the obsolete MIL-P-18177D, type GEE. Material is available in green color only.

Woven glass fabric with high temperature phenolic resin. Good flexural, compressive and impact strengths at elevated temperatures. Capable of continuous operation at 175° C, see note 2. NP504 has excellent creep resistance because of the phenolic resin system.

Woven glass fabric, melamine resin laminate. Very hard, flame resistant, machining grade with excellent electrical properties in high humidity conditions. High physical strength and excellent arc resistance. Meets U.L. flammability classification V-0. MIL-P-24768/1 & 8, types GMG & GME.

Woven glass fabric epoxy laminate. Engineered to provide NEMA grade FR-4 properties. This material contains bromine on the epoxy resin backbone. Certifiable to MIL-I-24768/27, Type GEE-F.

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.

A paper-base laminate with low phenolic resin content for hard, flat surfaces. It is typically hot punched for numerous low voltage, less than 250 volts, electrical applications.

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.

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.

Hot punching general-purpose phenolic grade. Mechanical properties approach those of NP610 with improved electrical properties and moisture resistance.

Room temperature punching and shearing grade up to .125" thick. More flexible and lower mechanical properties than NP611. Intended for applications where electrical and moisture requirements are secondary.

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.

Room temperature punching and shearing grade up to .125" thick. More flexible and 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.

It is a paper-phenolic high-pressure laminate. It is intended primarily for mechanical applications and is suitable for electrical applications as well.

Machining grade with good electrical properties and moisture resistance. Low cold flow with good dimensional stability.

Hot punching grade with excellent electrical properties and low moisture absorption.

Economical paper reinforced laminate developed with capacity to withstand temperatures to 150° C without blistering. High compressive strength and low moisture absorption.

Lower cost paper phenolic NEMA Grade XP. Uses natural kraft paper without pigmented cover sheet. Warm to hot punching. UL listed.

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.

Hot punching grade with electrical properties between NP611 to NP631.

Flame resistant, room temperature punching grade. NP691 is very similar to NP612 in electrical properties and mechanical strength, with improved moisture resistance.

Paper reinforced phenolic grade with controlled conductivity. Mechanical strength similar to NP611. NP842 is semi-conductive on the surfaces and through the laminate.

Paper reinforced phenolic grade with controlled conductivity. Mechanical strength similar to NP611. NP843 has conductive surfaces only, as compared to NP842, which is conductive through and on the surfaces.

S 2000 A is reinforced with load-bearing glass fibre mat with thermoset weave. A laminated aluminum lining provides additional heat-reflecting protection.

Subcategories: Polymer; Thermoset; Filled/Reinforced Thermoset

A special material for thermal insulation boards and machine components, on the basis of glass fibres bound with a high stress resistant resin on an impregnating and curing line developed especially for this grade. Compared to conventional thermal insulation materials of the same strength, S 4000 supplies the same thermal insulating effect with boards that are only half as thick. The requirements of currently applicable standards are exceeded in this respect.

Subcategories: Polymer; Thermoset; Filled/Reinforced Thermoset

H261 is an advanced composite that combines high temperature resistant and high strength characteristics with static dissipative properties for use as wave and reflow solder pallets. SDL Grade H261 may be used as dedicated or adjustable flow solder carriers as well as surface mount pallets. Listed below are the expected performance properties of this material. H261 is available in sanded thicknesses from 3, 5, 6, 8, 10 and 12mm and in sheet sizes 36" x 72" and 48" x 96". Standard color is Black.

H400 is an advanced composite that combines high temperature resistant and high strength characteristics with static dissipative properties for use as wave and reflow solder pallets. SDL Grade H400 may be used as dedicated or adjustable flow solder carriers as well as surface mount pallets. Listed below are the expected performance properties of this material. H400 is available in sanded thicknesses from 3, 5, 6, 8, 10 and 12mm and in sheet sizes 36" x 72" and 48" x 96". Standard color is Black.

Corner angles used for coil winding.

Glastic Grade SG-200 high-strength and high-temperature laminates offer temperature ratings of up to 210°C. SG-200 is ideal for a wide variety of product applications requiring high-temperature NEMA GPO-1 products. It is also a superior replacement material for epoxy-bonded mica in layer insulation applications. SG-200 features the following:

• Extremely strong
• Excellent retention of properties at elevated temperatures
• Ideal for high temperature applications
• Easily fabricated
• Asbestos-Free

Grade T-160 is a new, high-strength, heat-resistant laminate. This highly creep-resistant material is excellent for applications where electrically insulating materials are subject to physical loading and moderately high temperature. NEMA grade GPO-1.

Platen Insulation. A tough and durable composite with high compressive strength and resistance to oil and fluid absorption. Recommended for use in operating temperatures up to 450 F, this material used as press insulation will result in energy and maintenance savings. Standard color is brown.

Platen Insulation. A thermoset insulation material with exceptional property retention at operating temperatures up to 550 F. Demonstrating superior compressive strength at high temperature, this grade provides extended use and greater maintenance and energy savings. Standard color is orange.

This new generation of high performance material meets or exceeds all requirements for NEMA GPO-2 or GPO-3. ULTRATRAC ® H950 is recognized by U.L. as a 94V-0 material and offers greater arc and track protection with no increase in cost. Testing at an independent laboratory shows H950 to be non-toxic as defined by MIL M-14H. Excellent flame resistance and low smoke generation is also characteristic of this material. ULTRATRAC® H950 carries a U.L. thermal recognition of 160ºC electrical/150ºC mechanical. This is the highest rating ever assigned to a flame retardant glass polyester laminate. Applications are typical for GPO-3 materials, but also include components for transportation applications where flame, smoke, and toxicity is of great concern.

Paper based phenolic provides low cost electrical and mechanical properties. It is widely used for switchboards, panel boards, insulating washers, and intricate punched parts.

Paper based phenolic provides low cost electrical and mechanical properties. It is widely used for switchboards, panel boards, insulating washers, and intricate punched parts.

Paper based phenolic provides low cost electrical and mechanical properties. It is widely used for switchboards, panel boards, insulating washers, and intricate punched parts.

Paper based phenolic provides low cost electrical and mechanical properties. It is widely used for switchboards, panel boards, insulating washers, and intricate punched parts.

Paper based phenolic provides low cost electrical and mechanical properties. It is widely used for switchboards, panel boards, insulating washers, and intricate punched parts.

Paper based phenolic provides low cost electrical and mechanical properties. It is widely used for switchboards, panel boards, insulating washers, and intricate punched parts.