Borotron® UH015 Ultra High Molecular Weight Polyethylene UHMW-PE shapes are enhanced with 1.5% elemental boron, which makes this grade a superior performer in extreme shielding applications in nuclear and medical applications. The high hydrogen content of HMW-PE allows this grade to absorb thermal neutrons, which are then absorbed by the added boron compound. For these reasons, Borotron UH015 UHMW-PE components are prevalent in the nuclear and medical technology industries.

Borotron® UH030 Ultra High Molecular Weight Polyethylene UHMW-PE shapes are enhanced with 3.0% elemental boron, which makes this grade a superior performer in extreme shielding applications in nuclear and medical applications. The high hydrogen content of HMW-PE allows this grade to absorb thermal neutrons, which are then absorbed by the added boron compound. For these reasons, Borotron UH030 UHMW-PE components are often favored as solutions in nuclear waste disposal and detection system, nuclear material storage and transportation, radiation therapy environments, and hot cell technology applications.

Borotron® UH050 Ultra High Molecular Weight Polyethylene UHMW-PE shapes are enhanced with 5.0% elemental boron, which makes this grade a superior performer in extreme shielding applications in nuclear and medical applications. The high hydrogen content of HMW-PE allows this grade to absorb thermal neutrons, which are then absorbed by the added boron compound. For these reasons, Borotron UH050 UHMW-PE components are often favored as solutions in nuclear waste disposal and detection system, nuclear material storage and transportation, radiation therapy environments, and hot cell technology applications within the nuclear and medical technology markets.

DW 400 is a skived Ultra High Molecular Weight Polyethylene film (UHMW), available in both black and natural, that has been put through a densification process to enhance the physical properties and surface smoothness. DW 400 has extremely high abrasion resistance, exceeding the abrasion resistance of steel in some cases. By adding the densification to the process, the DW 400 has increased tensile values as well as increased toughness. UHMW offers a broad range of chemical resistance and a low coefficient or friction making it an extremely versatile engineering material for many severe service applications. DW 400 can be used in chemical, fuel and hydraulic hoses, linings for chutes to decrease friction and wear as well as a great material used in conjunction with rubber belting surfaces.

Skived Ultra High Molecular Weight Polyethylene film (UHMW) UHMW has extremely high abrasion resistance, exceeding the abrasion resistance of steel. This coupled with broad chemcial resistance and low coefficient of friction makes UHMW an extremely versatile engineering material for many severe service applications. Application examples include inner and outer surfaces for potable water, chemical, fule and hydraulic hoses, bottom surfaces for skis and snow boards as well as linings for chutes to decrease friction and wear. Also widely used in automotive weatherstrip applications to reduce friction

Skived Ultra High Molecular Weight Polyethylene film (UHMW) UHMW has extremely high abrasion resistance, exceeding the abrasion resistance of steel. This coupled with broad chemcial resistance and low coefficient of friction makes UHMW an extremely versatile engineering material for many severe service applications. Application examples include inner and outer surfaces for potable water, chemical, fule and hydraulic hoses, bottom surfaces for skis and snow boards as well as linings for chutes to decrease friction and wear. Automotive weather stripping.

Skived, carbon filled UHMW (Ultrahigh Molecular Weight Polyethylene) Film. The carbon type and level achieve conductivity sufficient for static dissipation applications. Applications for this product include die-cut spacers for video cassettes, electrical conductivity for static dissipation and applications involving the need for high abrasion resistance.

D/W 402P is a microporous film produced from Ultra High Molecular Weight Polyethylene (UHMW) . The process yields a material with highly uniform pore structure in the X, Y and Z directions. D/W 402P has an open cell (tortuous path) structure with a void volume of 30 % to 50%. The material can be rendered hydrophilic through surface treatments and by plasma surface modification. Application areas include gas and liquid filtration, medical diagnostic test kits, wicks, low dielectric constant wrap for microwave cables, batteries and other applications where porosity, inertness, toughness and accuracy of gauge are important.

D/W 404BNC film is skived from UHMW (Ultra High Molecular Weight Polyethylene) that has been compounded with a small amount of carbon to render it black but nonconductive, producing a "windowless", truly opaque film. The carbon also provides UV resistance. D/W 404BNC is used as a wear surface where high abrasion resistance is required, such as the outer covering on hoses for severe service applications. It is also used as an anti-squeak tape for automotive and other mechanical applications.

DW 405 BNC Film is skived from UHMW (Ultra High Molecular Weight Polyethylene) that has been compounded with a small amount of carbon to render it black. The carbon also provides UV resistance. DW 405 BNC is used as a wear suirface where high abrasion resistance is required, such as the outer covering of hoses for severe service applications. It is also used as an anti-squeak tape for automotive and other mechanical applications.

DW 482P is a porous film produced from skived Ultra High Molecular Weight Polyethylene (UHMW). The process yields a highly uniform pore structure in the x, y, and z directions. The porous film has made hydrophilic by incorporating a surfactant into the porous structure. DW 482P has an open cell, tortuous path, with a porosity up to 35%. Application areas would include liquid and air filtration, vents, diagnostics, wicks, and support media for finer membrane structures, where porosity, chemical inertness, and mechanical strength are important.

As an alternative to high priced, non-durable high carbon formulas, DuraSurf™ 2001 DuraJet provides a blacker, faster alternative to our standard black base, without surrendering it's durability. The extremely high grade carbon also eliminates "bleeding" into other colors in die cut bases.

Since 1991, our standard product has become the industry standard for sintered base material. In that time, nearly every snowboard produced in North America using screen printed sintered base has been made with DuraSurf™ 2001. As the leader and driving force behind the colored base phenomenon, DuraSurf™ 2001 is currently available in over 130 Pantone colors, with complete Pantone color matching capability available including fluorescents and metallics.

As an alternative to high priced, non-durable high carbon formulas, DuraSurf™ 4001 DuraJet provides a blacker, faster alternative to our standard black base, without surrendering it's durability. The extremely high grade carbon also eliminates "bleeding" into other colors in die cut bases.

A higher molecular weight version of our standard product, DuraSurf™ 4001 takes an already industry-best durability to an even greater level. Without a doubt the toughest material on the hill, DS4001 is the choice of the most extreme riders! As the leader and driving force behind the colored base phenomenon, DuraSurf™ 4001 is currently available in over 130 Pantone colors, with complete Pantone color matching capability available including fluorescents and metallics.

Crown Plastics DuraSurf™ ASC is an Anti-Static/Conductive UHMW that possesses the highest level of conductivity in the industry with a surface resistivity of 10² - 10³. DuraSurf™ ASC protects against static build up that can occur in powder conveying and dust collection as well as provide protection in electronics applications such as appliance, mail sorting, copiers, printers and computers. Eliminating static reduces safety concerns in a wide array of industries. Dust collection hoppers are virtual combustion chambers. A static shock could ignite airborne particles creating an explosion. These volatile areas can be made much safer by lining them with DuraSurf™ ASC, available in wear strips or with adhesive backing. AVAILABLE THICKNESS .005" (.125 mm), .010" (.25 mm), .015"(.38 mm), .020" (.5 mm), .031" (.75 mm), .040" (1 mm), .050" (1.3 mm), .062" (1.57 mm), .080" (2 mm) .093" (2.35 mm), 100" (2.5 mm), .125" (3.17 mm) AVAILABLE WIDTHS All dimensions between 1/4" (6.35 mm) and 24" (610 mm) UHMW PROPERTIES - Excellent abrasion and wear resistance - Very high impact strength - Meets FDA and USDA guidelines - No moisture absorption - Self-lubricating - no need for oils or lubricants - Excellent noise abatement properties - Chemical resistance and corrosion resistant - Maintains performance and properties at -30°C - Meets ASTM-D-4020-81 - Low coefficient of friction

Crown Plastics DuraSurf™ BSR tapes are specifically designed to meet the demands of the automotive industry to help eliminate Buzz, Squeak and Rattle issues with auto interiors. DuraSurf™ BSR helps eliminate wear and noise between dissimilar materials, eliminate warranty issues, allow movement in adjoining parts, protect painted surfaces, reduce marring, help extend vehicle life, is easily die-cuttable and can fit into existing designs. The DuraSurf™ BSR tapes are tested to all of the major automotive specifications including GM9985804, GM6419M, Ford ESB-M3G123-B and Chrysler MS-CH612. AVAILABLE THICKNESS .005" (.125 mm), .010" (.25 mm), .015" (.38 mm), .020" (.5 mm) AVAILABLE WIDTHS All dimensions between 1/4" (6.35 mm) and 24" (610 mm) UHMW PROPERTIES - Excellent abrasion and wear resistance - Very high impact strength - Meets FDA and USDA guidelines - No moisture absorption - Self-lubricating - no need for oils or lubricants - Excellent noise abatement properties - Chemical resistance and corrosion resistant - Maintains performance and properties at -30°C - Meets ASTM-D-4020-81 - Low coefficient of friction

DuraSurf™ E901 is an extruded HDPE running surface with a molecular weight of 500,000 g/mole for pigmented base in ski and snowboard construction. Product Thickness Range: .5 mm up to 1.5 mm Product width range: 50mm up to 750 mm Sanding: One side, standard. Two side, optional Surface Treatment: Two side standard. One side, optional Color: Black, white, and natural standard. Others optional.

Crown Plastics standard line of Easy-To-Apply wear strips and adhesive backed tapes. Each tape product offers excellent abrasion resistance, low coefficient of friction, high impact strength and high performance properties people have come to expect from UHMW. By providing this exceptional material with an adhesive backing, installation time and costs are significantly reduced. No need for bolts or fasteners, no need to countersink. As a matter of fact, DuraSurf™ ETA also reduces scrap by 75%. When a standard 1/4" thick sheet of UHMW is installed using the traditional mechanical fastening method, 3/16" of the material is lost to the bolt head. This leaves only a 1/16" usable wear surface. You can achieve the same result with a 1/16" DuraSurf™ ETA tape product and eliminate 80% of the time and cost associated with traditional installation methods. Crown Plastics offers a wide range of both rubber and acrylic based adhesive systems to meet virtually any application requirement. AVAILABLE THICKNESS .005" (.125 mm), .010" (.25 mm), .015"(.38 mm), .020" (.5 mm), .031" (.75 mm), .040" (1 mm), .050" (1.3 mm), .062" (1.57 mm), .080" (2 mm) .093" (2.35 mm), 100" (2.5 mm), .125" (3.17 mm) AVAILABLE WIDTHS All dimensions between 1/4" (6.35 mm) and 24" (610 mm) UHMW PROPERTIES - Excellent abrasion and wear resistance - Very high impact strength - Meets FDA and USDA guidelines - No moisture absorption - Self-lubricating - no need for oils or lubricants - Excellent noise abatement properties - Chemical resistance and corrosion resistant - Maintains performance and properties at -30°C - Meets ASTM-D-4020-81 - Low coefficient of friction

DuraSurf™ Galleria sintered running surface has evolved into the world's leading sublimated base product. Our cleaner, deeper, flatter sublimation process has provided unlimited artistic possibilities to over 500,000 snowboards worldwide.

DuraSurf™ STS is a revolutionary product in that it not only possesses a Silicone Treated Surface, but is also available with an adhesive backing for easy installation. The very low coefficient of friction provides a lubricated surface that is virtually maintenance free. DuraSurf™ STS is an ideal solution for many applications in the package handling industry such as chute linings, slider beds, slides, spirals and numerous other areas where packages can get lodged or damaged. DuraSurf™ STS also helps reduce jamming and keep packages moving smoothly to their ultimate destination. DuraSurf™ STS is also static dissipative to prevents static shocks and potential damage to bar coding systems. DuraSurf™ STS is uniquely available with an adhesive backing to provide easy installation and eliminate the need for mechanical fastening. Die cutting is also available for washers, bushings, wear pads and anti-friction surfaces. AVAILABLE THICKNESS .031" (.75 mm), .062" (1.57 mm), .093" (2.35 mm), .125" (3.17 mm) AVAILABLE WIDTHS All dimensions between 1/4" (6.35 mm) and 24" (610 mm) UHMW PROPERTIES - Excellent abrasion and wear resistance - Very high impact strength - Meets FDA and USDA guidelines - No moisture absorption - Self-lubricating - no need for oils or lubricants - Excellent noise abatement properties - Chemical resistance and corrosion resistant - Maintains performance and properties at -30°C - Meets ASTM-D-4020-81 - Low coefficient of friction

DuraSurf™ SW 2001 is a sintered UHMWPE sidewall material with a molecular weight of 2,300,000+ g/mole used in ski and snowboard construction.

DuraSurf™ UV is a UHMW blend specifically designed to meet the rigors and harsh environments of the outdoors. Standard UHMW materials are not UV stable and can break down over time due to exposure. DuraSurf™ UV has the highest UV stability in the industry and can last up to 10 times longer in the outdoors than standard UHMW products. DuraSurf™ UV is available in a standard wear strip or can be supplied with an adhesive backing for easy installation. A wide range of adhesive systems are available designed to meet virtually any application. AVAILABLE THICKNESS .005" (.125 mm), .010" (.25 mm), .015"(.38 mm), .020" (.5 mm), .031" (.75 mm), .040" (1 mm), .050" (1.3 mm), .062" (1.57 mm), .080" (2 mm) .093" (2.35 mm), 100" (2.5 mm), .125" (3.17 mm) AVAILABLE WIDTHS All dimensions between 1/4" (6.35 mm) and 24" (610 mm) UHMW PROPERTIES - Excellent abrasion and wear resistance - Very high impact strength - Meets FDA and USDA guidelines - No moisture absorption - Self-lubricating - no need for oils or lubricants - Excellent noise abatement properties - Chemical resistance and corrosion resistant - Maintains performance and properties at -30°C - Meets ASTM-D-4020-81 - Low coefficient of friction

DURA-UHMWPE 100 is a unique injection moldable Ultra High Molecular Weight Polyethylene (UHMWPE). It is available in natural color. Available in AMR, EUR, and PAC.

Formolene® HL5010 has good melt strength, excellent stress crack resistance, good rigidity, and excellent impact strength even at low temperatures. These properties make Formolene® HL5010 an excellent resin for large part blow molding applications. Formolene® HL5010 meets the requirements of the U.S. Food and Drug Administration as specified in 21 CFR 177.1520 for food packaging, covering safe use of polyolefin articles intended for direct food contact.

This data represents typical values that have been calculated from all products classified as: Generic UHMWPE This information is provided for comparative purposes only.

Low bulk density UHMW-PE powder grade UHMW-PE powder for high filler compounds or porous applications (filtration, carbon block)Â - special morphology, low bulk density ECO-B: GUR ECO-B is a is a (U)HMW-PE with the same properties and performance as standard grades but produced with sustainability in mind. Using a mass-balance approach, biogenic feedstocks are used to offset the use of fossil-based raw materials and decrease greenhouse gas emissions. The process is audited and certified according to the ISCC Plus mass balance approach.

UHMW-PE powder for high filler compounds or porous applications (filtration, carbon block) - special morphology, low bulk densitySamples of the above listed GUR® product are tested according to the requirements described in monograph 3.1.3. of Ph.Eur. 10.0 “Polyolefines'. The results of those tests indicated the sampled material was compliant with monograph 3.1.3 of Ph.Eur. 10.0.Please note that the manufacturer or seller of parts and articles made out of the above mentioned products have to take the full responsibility regarding applicable legal requirements.

Low bulk density UHMW-PE powder grade UHMW-PE powder for high filler compounds or porous applications (filtration, carbon block) - special morphology, low bulk density

Coarse particle, low bulk density UHMW-PE powder grade Coarse particle, low bulk density UHMW-PE powder grade for porous application

Very fine particle size, low bulk density UHMW-PE powder grade Fine particle size, low bulk density UHMW-PE powder grade for filtration, carbon block, film additive in PP or PE

Hydrophilic, very fine particle size, low bulk density UHMW-PE powder grade Hydrophilic, very fine particle size, low bulk density UHMW-PE powder grade, additive in thermoplastics and rubbers  / additive in paints and lacquers

Very coarse particle UHMW-PE powder grade for porous application Very coarse particle UHMW-PE powder grade for porous application

Fine particle UHMW-PE powder grade Fine particle UHMW-PE powder grade

UHMW-PE powder grade for fibers; filters UHMW-PE powder grade for fibers, filters

UHMW-PE powder grade UHMW-PE powder grade for fibers, filters

Coarse particle UHMW-PE powder grade Coarse particle UHMW-PE powder grade for filtation, film additive in PP or PE

UHMW-PE powder grade UHMW-PE powder grade for lead acid battery