
Non-sloughing, carbon-fiberfilled
material with high strength and stiffness; easily machined. *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
Carbon-powder-filled
conductive material with high strength and stiffness, and relatively high impact strength. This
material is easily machined and fabricated into close tolerance finished parts. *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
Non-carbon-filled
anti-static material which has high impact strength, good tensile and flexural strength, and is
easily machined. Available in natural or black, it can be easily thermoformed in thinner gauges,
and is bondable with WELD-ON® 1707. *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
Carbon powder-filled,
self-lubricating, conductive material with excellent abrasion-resistance and high impact
strength. This material is lightweight and easily machined, has good chemical and stress-crack
resistance, and good wear-resistance. *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
Carbon powder-filled, self-lubricating, moisture-repellent material with resistivity levels in the 105 - 109
range. This material has the highest impact strength, is lightweight, has excellent abrasion
resistance, and possesses good chemical and stress-crack resistance. *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
Non-carbon-filled, permanently staticdissipative
material which is non-migratory and non-humidity dependent. With enhanced lubricity,
Pomalux SD-A provides superior wear resistance and ease of machining. Its extremely low
outgassing values and non-sloughing characteristics make it ideal for applications where
particulate generation cannot be tolerated. Enhanced lubricity, chemically resistant, and dimensionally
stable. *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
Non-sloughing, carbon fiber filled material with good chemical resistance, high strength and stiffness, and good temperature resistance to 250° F. This material is light weight, easily machined and fabricated, and has good overall mechanical properties. *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
Carbon powder filled lightweight material with good chemical resistance, extremely low water absorption level, high impact resistance and is cost effective. *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
Non-carbon filled, permanently static-dissipative material, with good chemical resistance and mechanical properties. This material is light weight, weldable, easily machined and fabricated, available in natural or black color, and has moderate transparency at thinner gauges. *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
Non-sloughing carbon-fiber-filled
material with resistance to most chemicals and solvents. Mechanically strong and tough, thermally
stable to 335° F, flame and abrasion resistant, and easily fabricated into finished parts. *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
Carbon-powder-filled, thermally
stable, conductive material with consistent resistivities < 105. This material is extremely tough
with good flame and abrasion-resistance. Resistant to many chemistries and solvents, including
strong acids. Due to the carbon powder fill, this material is also available in film format as thin
as .002”. *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
Non-sloughing carbon-fiber-filled material which is extremely strong and stiff, has excellent
dimensional stability, and high temperature resistance to 415° F. This material has broad chemical
resistance and excellent fabrication finishing characteristics. UL94 V-0 rated. *In addition to our standard capabilities, Westlake also has the ability to process custom resins in various sizes and colors with some exceptions.
The CN-P material is carbon-powderfilled,
while the CN-SS is filled with small non-sloughing stainless steel fibers. Both have high
flexural strength and good thermal stability to 275° F. The CN-SS material has excellent impact
strength, while the CN-P is UL94 V-0 rated at .030” and is thermoformable in thinner gauges (.010”
- .060”). *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
The CN-P material is carbon-powderfilled,
while the CN-SS is filled with small non-sloughing stainless steel fibers. Both have high
flexural strength and good thermal stability to 275° F. The CN-SS material has excellent impact
strength, while the CN-P is UL94 V-0 rated at .030” and is thermoformable in thinner gauges (.010”
- .060”). *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
Carbon-powder-filled material with resistivity
levels in the 107 - 1011 range with high flexural strength and good thermal stability to 270° F. UL94
V-O rated at .030”, this material is thermoformable in .010” - .060” gauges, and has low outgassing
properties. *In addition to our standard capabilities, Westlake also
has the ability to process custom resins in various sizes
and colors with some exceptions.
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