3M GPT-020 15 mm x 50 m x 0.20 mm transparent high performance double sided tape with plastic liner
In stock
SKU
GPT0201550
Special Price
€11.80
Regular Price
€12.83
- Buy 6 for €11.15 each and save 6%
- Buy 12 for €10.26 each and save 13%
Designed for versatility: 3M GPT-020 Double Sided Adhesive Tape has a transparent, solventless, 200 micron thick modified acrylic adhesive with a printed white PP liner. Evolution of the old 3m 9088FL
Designed to be versatile: 3M GPT-020 Supported Double-Sided Tape has a transparent, solventless, 200-micron-thick modified acrylic adhesive with a printed white PP liner. 3M GPT-020combines a high level of peel and shear resistance, allowing strong adhesion to a wide variety of substrates, both high surface energy and some low surface energy. It exhibits high initial adhesion and high moisture resistance, allowing easy handling and processing due to the film liner. It provides high temperature resistance: 190 °C short-term and 90 °C long-term.
The ideal tape for a wide range of applications, meeting the needs of many markets, including home appliances, industrial machinery, transportation, signage, general industrial products and consumer electronics.
Features
Due to its versatility, it can adhere to a wide variety of substrates, both high and low surface energy.
High initial adhesion and resistance to moisture
Easy handling and processing due to the film liner
High-temperature resistance with full-surface bonding: up to +190 °C short-term, up to +90 °C long-term
Product | 3M GPT-020 15 mm x 50 m x 0.20 mm transparent high performance double sided tape with plastic liner |
---|---|
Size (width x length) | 15 mm x 50 m x 0,20 mm |
Width (mm) | 15 |
Status | A |
Packing unit | 1 |
3M Code | 7100225997 |
Type of price | per roll |
Notes | Features Due to its versatility, it can adhere to a wide variety of substrates, both high and low surface energy. High initial adhesion and resistance to moisture Easy handling and processing due to the film liner High-temperature resistance with full-surface bonding: up to +190 °C short-term, up to +90 °C long-term |
Write Your Own Review