DeWAL Porous UHMW Film DW402P

Description
DW 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. DW 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.
Datasheet
Description
DW 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. DW 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.
Datasheet

Suppliers

Company
Product
Description
Supplier Links
Porous UHMW Film - DW402P - DeWAL
Narragansett, RI, United States
Porous UHMW Film
DW402P
Porous UHMW Film DW402P
DW 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. DW 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.

DW 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.

DW 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.

Supplier's Site Datasheet

Technical Specifications

  DeWAL
Product Category Specialty Tapes
Product Number DW402P
Product Name Porous UHMW Film
Materials of Construction Plastic / Polymer
Adhesive None
Application Electrical; Electronics, Printed Circuit Boards or Semiconductors
Features Single; Dielectric / Insulating; Thermally Insulating
Unlock Full Specs
to access all available technical data

Similar Products

Tadpole Tape - HYTEX®; 1000 Woven Tadpole Tape - Mid-Mountain Materials, Inc.
Specs
Materials of Construction Cloth / Fabric; Fiberglass / Glass; Custom specifications
Adhesive Pressure Sensitive (optional feature); Silicone (optional feature)
Features Dielectric / Insulating; Thermally Insulating
View Details
Black PVC Heavy Duty Sandblasting & Stencil Tape - SPVC - Custom Fabricating & Supplies
Specs
Width 0.5000 to 6 inches (12.7 to 152 mm)
Peel 0.6875 lbs/in (1.2 N/cm)
View Details
Insulation Silicone Rubber Fusible Tape, FUJIPOLY® 5TV Type -  - Fujipoly® America Corp.
Specs
Materials of Construction Rubber; Silicone
Adhesive Fusible
Application Cable; Electrical; Electronics, Printed Circuit Boards or Semiconductors
View Details
Easy Release Silicone Splicing Tape - 598 - Budnick Converting, Inc.
Specs
Materials of Construction Polyester; Plastic / Polymer
Adhesive PET - Polyester
Thickness 0.0030 inches (0.0762 mm)
View Details