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Industrial

Adhesives Research has a broad range of commercially available high-performance products and specially developed self-adhesive tapes platform technologies for a wide variety of industrial bonding applications.

Aerospace

Automotive

Building & Construction

General Industry

Industrial

There are many advantages to the PSA’s roll format as an alternative material choice to solder, liquid epoxies and mechanical fasteners

These include:

Ease-of-handling and immediate bonding to various substrates.
Precise thickness control.
A thin, narrow and consistent bond line that conforms to irregular surfaces.
The capability to be precisely die-cut into custom shapes and narrow widths for improving manufacturing efficiency with clean processing.

AR’s high-performance PSA technologies can be customized to address the global market need for faster prototyping, quick changeovers and the increased use of automation for applications in:

Building & Construction
Automotive
Aerospace
General Industrial

Let’s Discuss Your Requirements

Our Pressure Sensitive Adhesive (PSA’s) Technologies:

Rubber-Based Adhesives
Rubber-based adhesive systems are composed of natural or synthetic elastomers that have been tackified by the addition of various resins. These adhesives have good tack and shear properties on high and low energy substrates.

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.

Silicone Adhesives
High-performance adhesives systems for very high and very low temperature applications. Silicone adhesives are famous for their long-term performance stability.

Heat-Activated Adhesives
Heat-Activated Adhesive systems require a defined period of time at elevated temperatures (normally 180°F / 82°C) to achieve final bonding strength. Temperature, pressure and dwell time are used to affect a final cure and bond.