ARclad® 73000

Product Overview

ARclad® 73000 Series products are specifically developed to provide excellent bonding on Low Surface Energy (LSE) substrates in a broad range of Industrial Applications

Our ARclad® product line includes a wide variety of standardized and high-performance Industrial Tapes for LSE bonding applications that require superior performance.

Product Applications

Type of Applications: suitable for a wide variety of applications in Automotive, Aerospace, Building & Construction and General Industrial.

Type of Substrates: Specifically developed to have optimal performance on a number of critical LSE substrates.

Features and Benefits

  • Transfer and Double-Coated Tapes.

  • Broad range of applications.

  • Excellent for LSE substrates

  • Easy to convert and die-cut.

  • Universal product constructions.

  • Suitable for different markets and application zones.

  • Superior adhesion to LSE substrates.

Our PSA Tape Constructions
Diagram showing layers of adhesive and release liner
Transfer Tape
Diagram showing layers: adhesive, carrier, adhesive, release liner.
Double Faced Tape

Product Construction

Product Construction Release Liner 1st Adhesive Carrier 2nd Adhesive
ARclad® 73020 TT Brown, PCK Paper / 4.0 mil LSE Acrylic 2.0 mil
ARclad® 73035 TT Brown, PCK Paper / 4.0 mil LSE Acrylic 3.5 mil
ARclad® 73150 DCT Brown, PCK Paper / 4.0 mil LSE Acrylic 2.0 mil Clear PET / 1.0 mil LSE Acrylic 2.0 mil
ARclad® 73180 DCT Brown, PCK Paper / 4.0 mil LSE Acrylic 3.5 mil Clear PET / 1.0 mil LSE Acrylic 3.5 mil

Substrate

Product Metals Paper Polyester Epoxy Paint ABS, PC PVA Polypropylene Powder Coating
ARclad® 73020 X X X X
ARclad® 73035 X X X X
ARclad® 73150 X X X X
ARclad® 73180 X X X X

Our Pressure Sensitive Adhesive (PSA’s) Technologies

Acrylic-Based Adhesives
These systems are based on acrylic polymers. Acrylics are ideally suited for prolonged exposure and elevated temperatures, while offering solvent resistance and long-term aging stability. Acrylic adhesive systems can be compounded to have good balance of tack, peel and shear, and are most effective on high energy substrates

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