NFS1902
Solvent-based acrylic transfer adhesive with no film carrier, on a 60# PCK liner — formulated for adhesion to low surface energy substrates where adhesives fail to develop sufficient bond. At 95 oz/in peel, 45 oz/sq.in loop tack, and 250°F service temperature. For bonding polypropylene, polyethylene, powder-coated metals, rubber, and other LSE substrates in industrial assembly and signage.
| Adhesive: | Solvent Acrylic |
- Foam & Textile Fabrication: Bonding foam and textile substrates to low surface energy materials (PP, PE, powder-coated metal) with 95 oz/in solvent transfer adhesive where acrylic chemistry fails to develop adequate adhesion.
- Gaskets & Sealing: Bonding rubber gaskets and seals to low surface energy and painted metal substrates where acrylic transfer adhesives do not develop sufficient adhesion.
- Industrial Assembly: Bonding to polypropylene, polyethylene, powder-coated metal, and rubber in industrial assembly where LSE adhesion from a no-carrier transfer adhesive is required.
- Laminating & Converting: Laminating to low surface energy substrates with a 95 oz/in solvent transfer adhesive; for converting operations where acrylic adhesives have documented adhesion failures on LSE materials.
Are custom widths and short runs available?
Yes. Nova offers custom slit widths and welcomes short runs across the full product line. Most quotes are returned within 24–48 hours. Reach out today to discuss your specific requirements.
When should I use a transfer tape instead of a film-carrier tape?
Transfer tapes are adhesive-only — no carrier film — so the adhesive is invisible once the liner is removed. Use a transfer tape when a clean, seamless finish matters, when a thinner construction is needed, or when a carrier film would interfere with the application. Film-carrier tapes offer more handling control and are better suited where dimensional stability or higher shear resistance is required.
What makes NFS1902 effective on low surface energy substrates like polyethylene?
NFS1902’s solvent acrylic chemistry is formulated with enhanced wetting characteristics that allow the adhesive to flow into and bond to low surface energy polyolefin surfaces more effectively than standard emulsion acrylics. It also resists plasticizer migration from rubber substrates that can cause adhesive failure over time.
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