• Excellent for foam, gasket attachment and low surface energy plastics such as polyethylene and polypropylene
• 2 mil thickness designed for thinner applications like splicing film, foils, fabrics and coated papers
• High tack 300 adhesive family delivers high initial adhesion for faster bonding
• 60# DK liner adds stability during laminating and diecutting applications
• Fiber reinforced transfer tape provides excellent conformability with ease of handling

3M Adhesive Transfer Tape 927 features an acrylic adhesive ideal for joining dissimilar substrates. It is excellent for foams and low surface energy plastics such as polyethylene and polypropylene. The 60# densified kraft liner adds dimensional stability necessary for diecutting and other processing applications. This tape is a thinner version of 3M Adhesive Transfer Tape 950.

Ideal for Attaching Gaskets and Many Foams

3M Adhesive Transfer Tape 927 is developed for joining and laminating on a wide variety of materials. The adhesive has been tested on a range of high surface and low surface energy plastics, and is excellent for gasket attachment and industrial foams. The 3.5 mil 60# densified kraft paper liner provides moisture stability and adds dimensional strength during laminating and diecutting.

Recommended Applications

• Splicing film, foils, fabrics and coated papers
• Laminating foams and low surface energy substrates
• Laminating metal or plastic nameplates

Adhesive 300 Offers a Consistently Strong Bond

3M Adhesive Transfer Tape 927 features our aggressive 3M Adhesive 300, which affords excellent quick tack and bonds well to a variety of substrates including metals, high surface energy (HSE) plastics and low surface energy (LSE) plastics. This acrylic Adhesive 300 has been tested to ASTM procedures for peel adhesion, temperature and humidity as well as resistance to UV, fuels, acids and detergents. The high tack adhesive is also tested for adhesion on a range of surfaces including polypropylene, polyester, ABS, polycarbonate and stainless steel.