Lamart 2108-60
Lamart 2108-60 is a high-performance pressure-sensitive adhesive product designed for various applications. This product features a robust construction comprising a 60# release liner, a 1.5 mil aggressive rubber PSA, a 0.5 mil PET layer, and a 2.0 mil aggressive rubber PSA. Engineered to meet specific requirements, Lamart 2108-60 offers high tack, high peel, and high shear properties, making it an excellent general-purpose rubber PSA.
To apply Lamart 2108-60, ensure the surfaces are clean and dry. Peel off the release liner and apply the adhesive side to the desired material, pressing firmly to ensure good contact. This product provides strong adhesion to various surfaces, including stainless steel, aluminum, and glass.
Key Features:
- High tack, high peel, high shear properties
- Excellent general-purpose rubber PSA
- Constructed with a 60# release liner
- Includes a 1.5 mil aggressive rubber PSA layer
- Features a 0.5 mil PET layer
- Additional 2.0 mil aggressive rubber PSA layer
Typical Applications:
- Automotive applications
- Aerospace applications
- Electronics applications
- Industrial applications
- Medical applications
- Printing and graphics applications
Product Key Properties: Aggressive rubber PSA with high tack, high peel, and high shear adhesion, suitable for various surfaces including stainless steel, aluminum, and glass. Adhesion values include 125 ozs./inch / 35 N on S/S and Aluminum, and 115 ozs./inch / 32 N on Glass (1 min. @ RT, PSTC 101 Method C). Loop Tack is measured at 9.0 Lbs/in² (PSTC 16 Method A).
Product Performance Benefits: High tack, high peel, and high shear strength provide reliable adhesion in demanding applications. The aggressive rubber PSA ensures strong bonding to a variety of substrates. The PET layer enhances the durability and stability of the adhesive. Suitable for a wide range of industries including automotive, aerospace, electronics, industrial, medical, and printing/graphics, offering versatile performance. Delivers consistent adhesion performance as indicated by PSTC test methods.