3M™ Thermal Transfer Label Material 7874, White Polyester Matte, Roll, Config
- 3M ID 70000123680
Details
Highlights
- White PET with matte TT TC facestock
- Adhesive can permanently bond to high surface energy (HSE) and low surface energy (LSE) plastics, textured and contoured surfaces, powder coatings, and slightly oily metals
- Thick adhesive caliper provides for stronger bond on textured surface
- 55# densified kraft liner assures consistent die cutting
- Versions are available with pre-applied 3M adhesive
3M™ Thermal Transfer Polyester Label Material 7874 is a white polyester matte label stock that is designed for use in demanding applications that require the use of thermal transfer printing. This label product utilizes 3M™ High Performance Acrylic Adhesive 350, it offers excellent chemical resistance and holding strength even at high temperatures.
With a variety of label materials, users can find the product that suits their application needs. From barcode labels and rating plates, to nameplates and durable goods; our 3M™ Thermal Transfer Label Materials rise to the challenge.
3M™ Thermal Transfer Label Materials are made of a durable high performance material that offers thermal stability and moisture resistance. The topcoat is designed for use with a wide variety of inks; and the high-performance adhesive offers excellent adhesion to a variety of substrates.
Recommended Applications
- Bar code tracking
- Track and trace
- VIN labeling
- Serial numbering
- Variable information printing
- Brand and instruction labels, warning labels
- Surface protection and masking
- Over laminate
Performance Label Materials
3M is the Premier Durable Label solution provider globally in the Industry today. 3M materials and services will enable you and your customers to present the best images, products, and quality as we solve marketplace solutions from design to production. We do this by partnering with industry leaders to deliver the best possible technology for innovative solutions regardless of your print method, substrates, and ink systems.
Typical Properties
