Polymer Property : Thickness = 26.0 mil Product List

Physical Properties

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Physical Properties	Metric	English	Comments
Thickness	660 microns	26.0 mil
Polystrand ThermoPro™ IE6010X X-Ply Cross-Ply Polypropylene-Glass Composite 2-Ply with Fiber Orientation at 0° & 90°.Polystrand ThermoPro™ combines continuous E-Glass (ThermoPro-E™) structural reinforcing fibers in either a polyethylene or polypropylene proprietary ther..
Thickness	660 microns	26.0 mil
Polystrand ThermoPro™ IE6021X ECR X-Ply Cross-Ply Polyethylene-Glass Composite 2-Ply with Fiber Orientation at 0° & 90°.Polystrand ThermoPro™ combines continuous E-Glass (ThermoPro-E™) structural reinforcing fibers in either a polyethylene or polypropylene proprietary ther..
Thickness	660 microns	26.0 mil	120
LATI Latigray 82-03 CW/95 PA 12, Metallic Reinforced Radiopaque compound based on Polyamide 12 (PA12). Metallic filler.Availability: Africa & Middle East; Asia Pacific; Europe; Latin America; North AmericaInformation provided by Lati Industria Termopl..
Thickness	660 microns	26.0 mil	120
LATI Latigray 82-04 CX/90 PA 12 Radiopaque compound based on Polyamide 12 (PA12). Special mineral filler. Availability: Africa & Middle East; Asia Pacific; Europe; Latin America; North AmericaInformation provided by Lati Industria..
Thickness	660 microns	26.0 mil
Hexcel® HexForce™ 1884 Fiber Glass Fabric Fiber glass in fabric form offers an excellent combination of properties from high strength to fire resistance. Wide ranges of yarn sizes and weave patterns provide huge number of design potential ..
Thickness	660 microns	26.0 mil
Zoltek Panex 30® Graphitized Spun Yarn Carbon Fabric Graphitized Spun Yarn Carbon FabricApplications include: Fuel Cells Diffusion Layers, Low Cost Carbon-Carbon Materials, Efficient Chemical Vapor Filtration
Thickness	660 microns	26.0 mil	Typical; TAPPI-411
DuPont™ Nomex® 411 Paper, 23 mil Nominal Thickness Nomex® Type 411 is the uncalendared precursor of Type 410. It has a lower density and lower property values. It is used in applications such as motor phase insulation and transformer coil end fil..
Thickness	660 microns	26.0 mil	Overall; Arlon SQA-TMS-003
Arlon 18146R026 0.026" (0.66 mm) Uncured/Cured Silicone Rubber with Fiberglass Substrate Design/Construction:Side 1: Cured Silicone RubberSubstrate: Style 11523 FiberglassSide 2: Uncured Silicone RubberInterleave: PolyethyleneThis data represents typical values for the production materi..
Thickness	660 microns	26.0 mil	Overall; Arlon SQA-TMS-003
Arlon 18596R026 0.026" (0.66 mm) Uncured/Cured Silicone Rubber with Fiberglass Substrate Design/Construction:Side 1: Cured Silicone RubberSubstrate: 11523 Style FiberglassSide 2: Uncured Silicone RubberInterleave: PolyethyleneThis data represents typical values for the production materi..
Thickness	660 microns	26.0 mil	Overall; Arlon SQA-TMS-003
Arlon 18646B026 0.026" (0.66 mm) Uncured/Cured Silicone Rubber with Fiberglass Substrate Design/Construction:Side 1: Cured Silicone RubberSubstrate: 11523 Style FiberglassSide 2: Uncured Silicone RubberInterleave: PolyethyleneThis data represents typical values for the production materi..
Thickness	660 - 762 microns	26.0 - 30.0 mil	Overall
Arlon 19576R028 0.028" (0.711 mm) Uncured/Cured Silicone Rubber with Fiberglass Substrate Design/Construction:Side 1: Cured Silicone RubberSide 2: Uncured Silicone Rubber Appearance: Red silicone gum and rubber on fiberglass clothThis data represents typical values for the production mat..
Thickness	660 - 686 microns	26.0 - 27.0 mil	Overall
Arlon 56581R025 0.025" (0.635 mm) Uncured Silicone Rubber with Fiberglass Substrate Design/Construction:Side 1: Uncured Silicone Rubber Side 2: Uncured Silicone Rubber Appearance: Red silicone gum on fiberglass clothThis data Represents typical values for the production material. T..
Thickness	660 microns	26.0 mil	Overall; Arlon SQA-TMS-003
Arlon 56811B025 0.026" (0.660 mm) Uncured Silicone Rubber with Fiberglass Substrate Design/Construction: Interleave 1: Polyethylene Side 1: Uncured Silicone Rubber Substrate: 1564 Style Fiberglass Side 2: Uncured Silicone Rubber Interleave 2: Polyethylene Product Use: Hose and Duct..
Thickness	660 - 762 microns	26.0 - 30.0 mil	Overall
Arlon R33920W028 0.028" (0.711 mm) Uncured Silicone Rubber with Fiberglass Substrate Design/Construction:Side 1: Uncured Silicone Rubber Appearance: White gum on glass fiber fabricThis data Represents typical values for the production material. The data should not be used to write, ..
Thickness	660 microns	26.0 mil	Overall; Arlon SQA-TMS-003
Arlon 55580R025 0.026" (0.660 mm) Uncured Silicone Rubber with Fiberglass Substrate Design/Construction: Interleave: PolyethyleneRubber Layer: Uncured Silicone Rubber Substrate: 162 Style FiberglassAppearance: Red silicone gum on fiberglass clothThis data represents typical values ..
Thickness	660 microns	26.0 mil	Overall Thickness; Arlon SQA-TMS-003
Arlon 90B32R016AC Aluminum Clad Press Pad with "C-Finish" Design/Construction:Side 2: Alloy 1100 Aluminum FoilSide 1: Cured Silicone RubberThis data represents typical values for the production material and should not be used as material specifications.I..
Thickness	>= 660 microns	>= 26.0 mil	Side 1
Arlon R31246R060 0.060" (1.52 mm) Uncured/Cured Silicone Rubber with Fiberglass Substrate Design/Construction:Side 1: Cured Rubber LayerSide 2: Uncured Rubber Layer This data Represents typical values for the production material. The data should not be used to write, or in place of, mate..
Thickness	660 microns	26.0 mil	Side 1
Arlon R31246R063 0.063" (1.60 mm) Uncured/Cured Silicone Rubber with Fiberglass Substrate Design/Construction:Side 1: Cured Rubber LayerSide 2: Uncured Rubber Layer This data Represents typical values for the production material. The data should not be used to write, or in place of, mate..
Thickness	660 microns	26.0 mil	Side 1
Arlon R34256R063 0.063" ((1.60 mm) Uncured/Cured Rubber with Fiberglass Substrate Design/Construction:Side 1: Cured Rubber LayerSide 2: Uncured Rubber Layer This data Represents typical values for the production material. The data should not be used to write, or in place of, mate..