
3M™ Sheet Label Material 7908 | 3M United States
3M™ Sheet Label Material 7908 is a durable, high performance material that offers excellent thermal stability, moisture resistance and chemical resistance. This material utilizes 3M™ …
• Liner for 3M™ Sheet Label Material 7908 provides easy sheet processing and is designed for layflat. The backside of the liner is not printable. • 3M™ Sheet Label Material 7908 is UL …
3M™ Versatile Print Label Material 7908V | 3M United States
3M™ Versatile Print Label Material 7908V is a gloss polyester label material that offers durability and moisture resistance. The topcoat is formulated to print with multiple technologies, …
3M™ 工業級標籤貼紙 7908, 27 in x 1668 ft | 3M 臺灣
3m™ 工業級標籤貼紙可抵抗戶外嚴苛的工作環境,同時具備很好的抗uv、抗化性及抗溶劑性。 3M™ 工業級標籤貼紙廣泛應用於汽車、航太、電子、醫療等產業。
3M™ Sheet and Screen Label Materials, 7908, white, 20 in ... - 3M …
3M™ Sheet and Screen Label Materials are print treated for improved ink anchorage, and feature a heavy adhesive coat weight for textured surfaces. This product offers excellent adhesion to …
• 3M Label Material 7908 is UL recognised (File MH16411) and CSA accepted (File 99316). See the UL and CSA listings for details. • UL listing includes approval for use on powder coated …
3M™ Sheet and Screen Label Material 7908, White Polyester …
Micro Channels in the adhesive help prevent bubbles that form from trapped air or outgassing. Unique microchannels throughout the structured adhesive allows air to flow freely from …
3M™ Sheet Label Materials 7908 | Tekra, LLC
3M™ Sheet Label Materials 7908 A durable, high performance materials that offer excellent thermal stability, moisture resistance and chemical resistance. These materials utilize 3M™ …
3M™ Sheet and Screen Label Material 7908E
2025年3月13日 · For excellent adhesion to low surface energy plastics, powder paint coatings and oily metal surfaces, use 3M™ Sheet and Screen Label Materials 7908. It allows easy …
• Facestock for 3M™ Sheet Label Material 7908FL is topcoated for improved ink anchorage. Variable information can be added by the end-user as the material is thermal transfer …