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Product Information Sheet

DW103

Skived PTFE Film

DeWAL® DW103 is a skived PTFE film that has been compounded with carbon, producing a highly conductive film. 

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Industry(s):

  • Hose

Features and Benefits

  • Can be surface treated to enhance bonding to other substrates
  • Acts as a static dissipative layer within high static paint hoses
Basic Physical PropertiesTypical ValueUnitsTest Method
Tensile Strength14.89 * / 2160 *MPa / psiASTM D6040/ASTM-D882
Elongation115 *%ASTM D6040/ASTM-D882
Density2.1 / 131.1g/cc / lbs/ft^3ASTM-D792
ColorBlackN/AN/A
ConstructionTypical ValueUnitsTest Method
Min Thickness0.0762 / 0.003mm / inASTM-D374
Max Thickness1.016 / 0.04mm / inASTM-D374
SubstrateSkived Conductive PTFE FilmN/AN/A
Min Width6.35 / 0.25mm / inN/A
Max Width305 / 12mm / inN/A
Heat and FlameTypical ValueUnitsTest Method
Max Operating Temp.260 / 500°C / °FN/A
Processing & PackagingTypical ValueUnitsTest Method
Core Diameter76.2 / 3mm / inN/A
Max Roll O.D.35.5 / 14mm / inN/A
Custom PropertiesValue
Electrical Resistance (For 0.250" wide @ 0.0035" thick)124.7 K ohms/m
Electrical Resistance (For 0.500" wide @ 0.0035" thick)49.2 K ohms/m
Electrical Resistance (For 0.750" wide @ 0.0035" thick)34.4 K ohms/m
Surface Resistivity20 ohms/sq

*Values taken @0.00375" (0.09525mm) thick.

Note: Shelf life is defined as the duration of time for which the product will meet the physical characteristics outlined on this page. It does not guarantee the product's usefulness in all applications.

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The information contained in this Data Sheet is intended to assist you in designing with Rogers’ Elastomeric Material Solutions. It is not intended to and does not create any warranties, express or implied, including any warranty of merchantability or fitness for a particular purpose or that the results shown in this Data Sheet will be achieved by a user for a particular purpose. The user should determine the suitability of Rogers DeWAL products for each application. The Rogers logo, DeWAL logo and DeWAL are trademarks of Rogers Corporation or one of its subsidiaries.

© 2025 Rogers Corporation. All rights reserved. www.rogerscorp.com. Modified: 03/20/2024

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