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Leo Tools Ltd.

UPVC Tape - Acrylic Double Coated Clear S301 12mm x 33m 8.5 Mil High Bond Tape

UPVC Tape - Acrylic Double Coated Clear S301 12mm x 33m 8.5 Mil High Bond Tape

SKU:105431579

Regular price $12.51 CAD
Regular price Sale price $12.51 CAD
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Low stock: 5 left

Quantity

Description

Scapa S301 is a high-performance double-coated UPVC film tape featuring a high-tack, high-peel acrylic adhesive system. Designed for demanding industrial bonding, assembly, and splicing applications, it also performs effectively in lamination processes with materials such as EPDM rubber, plastics, glass, and urethane foams. The flexible UPVC backing ensures excellent conformability, while the high adhesive mass provides strong gap-filling capability for uneven surfaces. Engineered for durability, it delivers reliable adhesion even on rough and porous substrates and offers strong resistance to harsh environmental conditions. It performs consistently across a wide service temperature range from -40°F to +200°F (-40°C to +93°C).

Key Features:

  • Double-coated UPVC film tape with high-tack acrylic adhesive
  • Strong high-peel bonding performance for industrial use
  • Excellent for assembly, bonding, and splicing applications
  • Suitable for lamination with rubber, plastic, glass, and foam materials
  • Highly conformable UPVC backing for uneven surfaces
  • Strong gap-filling properties for rough or porous substrates
  • Excellent environmental resistance for demanding conditions
  • Wide service temperature range: -40°F to +200°F (-40°C to +93°C)

What's Included:

  • 1 Roll of Scapa S301 Double-Coated UPVC Adhesive Tape

Specifications:

Specifications Details
Product Type Double-Coated UPVC Film Tape
Adhesive Type High-Tack High-Peel Acrylic Adhesive
Backing Material UPVC Film
Application Bonding, Splicing, Assembly, Lamination
Compatible Materials EPDM Rubber, Plastics, Glass, Urethane Foams
Surface Compatibility Rough, Porous, Uneven Surfaces
Service Temperature -40°F to +200°F (-40°C to +93°C)
Resistance Environmental Extremes, Moisture, Temperature Variations
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