3M™ Laminating Adhesive 932FL features a weather- and chemical-resistant acrylic adhesive formulated for smooth and HSE surfaces. This 2 mil adhesive is applied to a clear 3 mil polyester (PET) liner that adds strength and allows for fast, efficient visual surface inspection before removal. A 58-lb. PCK secondary liner provides moisture stability even in high humidity.
Formulated for Smooth and High Surface Energy Substrates
Excellent for applications such as back printed graphic overlays, our 3M™ Laminating Adhesive 932FL features a 2 mil utility acrylic adhesive formulated for smooth surfaces including metals and high surface energy plastics. This adhesive can hold up for short periods at temperatures up to 300°F (149°C) and for intermittent longer periods at up to 250°F (121° C). It maintains a strong bond under UV and high humidity, and resists exposure to chemicals such as gasoline, oil, mild acids and alkalis.
The adhesive is applied to a 3 mil polyethylene (PET) film liner that resists breakage and adds stability during adhesive lamination. The clear liner allows users to inspect parts, surfaces and placement before liner removal for precise application. A 3 mil, 58-lb. poly-coated kraft paper secondary liner removes smoothly and provides moisture stability during storage even under humid conditions.
Double-linered 3M™ Laminating Adhesive 932FL is suitable for die-cutting and kiss-cutting. It can also be roll laminated using a rubber over steel roll set up with moderate application pressure.
Better Science for Better Adhesives from 3M
Since 1925 when one of our lab assistants invented masking tape, 3M has been applying science to life –developing adhesive products and technologies that help entire industries and individual businesses worldwide. The work that began with a single 3M engineer now spans decades and generations. And all of it goes into each of our industrial labeling and adhesive products like 3M™ Laminating Adhesive 932FL, to help businesses like yours operate faster, better and more efficiently.