Adchem EBTB Double-Coated Tape

Product number: EBTB

A 1/32" thick black, 6 lb. density cross linked polyethylene foam coated on both sides with a high performance acrylic adhesive system developed specifically for extreme environmental exposures that does not require silane/isopropanol pre-treatment for adhesion to glass or ceramic surfaces. Provide for long-term indoor and outdoor bonding of glass, ceramics, primed, painted, aluminum and plastic surfaces without silane/isopropanol pre- wash. The double-coated tape was engineered specifically for resistance to air, water, detergents, moisture, light and dust penetration. Foam is also used to fill any irregularities and functionally provide cushioning, absorb vibration and shock, and allow for expansion and contraction due to temperature variations. See associated sheets for specific testing and performance data.

Product Information:

Product Construction

Double-Coated Tape
Color(s)

Black
Material

Rubber
Gauge / Mil

40.8 MILS
Carrier / Support / Facestock

Foam
Adhesive Type

Acrylic
Air-Side Adhesive Thickness (mil)

2.0
Adhesive Type (Liner Side)

Acrylic
Liner Side Adhesive Thickness (mil)

2.0
Liner Type

Coated Kraft Paper
Operating Temp Range

-30 to 220 °F
Laminating Substrate

Polyurethane-Ester Foam

Features & Benefits:

Acrylic Adhesive

Designed for extreme environmental exposure
Moderate shear strength
Excellent UV resistance
Excellent adhesion to glass
No pre-wash required

Foam Carrier

Conformable and allows for expansion and contraction with temperature variations
Resistant to air, water, and detergents

74# Polycoated Kraft Liner

Conformable and good dimensional stability

Regions Available

Global

Ideal For:

Provide for long-term indoor and outdoor bonding of glass, ceramics, primed, painted, aluminum and plastic surfaces without silane/isopropanol pre- wash. The double-coated tape was engineered specifically for resistance to air, water, detergents, moisture, light and dust penetration. Foam is also used to fill any irregularities and functionally provide cushioning, absorb vibration and shock, and allow for expansion and contraction due to temperature variations.