Additional Information
Additional Information
| Weight | 1.6667 |
|---|---|
| Color | Clear |
| Grade or Density, Mineral Type and Grade | No |
| Inventory Status | Made to Order Item, contact for ETA |
| Product ID | No |
| Minimum Order Unit | Case |
| 3M Minimum Order Qty | 3 |
Description
Details
Ideal for Rotary Die-Cutting Processes 3M™ Adhesive Transfer Tape 9458 is a thin, high tack adhesive designed for rotary processing and high and low surface energy pats. It features 1 mil of our 3M™ High Strength Acrylic adhesive which delivers a high strength bond for thin width applications. Mounted on a 55 lb. densified kraft paper liner, this tape works well for a variety of applications including rotary die-cutting processes. The liner delivers added strength, resisting breakage for time-saving one-piece liner removal. Recommended Applications Graphic nameplates Overlays on metal and low surface energy plastic surfaces Bonding metal nameplates and rating plates High Strength, Thin Bond 3M™ 300 High Strength Acrylic Adhesive is a high-tack acrylic adhesive system featuring high initial adhesion and bonds well a wide variety of materials, including high and low surface energy plastics, textured plastics, foams, fabrics and coated papers. It features good chemical, solvent and UV resistance. Despite a thin profile, this adhesive is high-tack and high strength, even in elevated temperatures. 300 High Strength Adhesive forms a consistently strong bond across a range of temperature, including up to 250°F/121°C. By using a 55 lb. densified kraft paper liner, this tape provides reliable performance for a variety of applications, including graphic attachment options and select die-cutting processes. What are Adhesive Transfer Tapes? In general, 3M adhesive transfer tapes are rolls of pressure sensitive adhesive pre-applied to a special release liner. The tape consists of adhesive only, and does not have any type of backing material. For application the tape is positioned adhesive side down to a surface and the liner is removed, exposing the backside of the adhesive to the joining surface.
