Each qty in cart means: 48 Roll; 3M Minimum Order Qty: 48 Roll; 3M Incremental Order Qty: 48 Roll; Please note the product data is supplied by 3M. There may be some errors.  Please notify us if 3M Incremental Order Qty is LARGER than 3M Minimum Order Qty (Indicating a data error).; 3M Stock #: 7010045188; 3M Previous Stock #: 70006450665; 3M Catalog #: 853; Sales UPC: 00051115321603; 3M 5 Digit Part Number: 32160; Consumer UPC: N/A; Shipper UPC: N/A; Inner Package UPC: N/A; 3M Stock Type: "MAKE TO ORDER" that this item will be manufactured upon receipt of your order.; Approx. 3M Time to Ship (In Business Days): 10; Shelf Life: 547 Days; Country of Origin: Mexico; ECCN: EAR99; Harmonized Code: 3919102055; US DOT 49 CFR: NOT REGULATED;

Comprised of a strong polyester backing and coated with an aggressive acrylic adhesive, 3M™ Polyester Film Tape 853 is a solvent resistant tape that is ideal for applications where exposure to chemicals is a concern. This tape meets demanding applications in a variety of industries.

Resistant to Fuels, Solvents and Chemicals
Our 3M™ Polyester Film Tape 853 (PDF, 20.95 Mb) is a transparent polyester film tape with solvent resistant acrylic adhesive. It is designed to withstand the rigors of processes where exposure to solvents is a concern. This includes many applications for which this tape is ideally suited because of it is thin but durable design. The backing has a low moisture vapor transmission rate, making it ideal for extended use. When used in critical label protection, this tape won't obscure vital information. The tape can withstand a wide temperature range from -60°F/-50°C to 300°F/150°C. 3M™ Polyester Film Tape 853 can be qualified to meet Federal Spec. L-T-100 Type 1. It also meets flammability requirements of FAR 25.853(a) Appendix F Part I (a)(1)(ii).

Recommended Applications

• Critical label protection requiring resistance from jet engine fuel, hydraulic fluid and lubricating oils
• Aerospace applications that require FAR flammability rating
• Sealing critical area from moisture intrusion