URA tapes are constructed with a black foamed acrylic core coated on both sides with a uniform high tack acrylic adhesive. Tape is wound upon a 7 mil white polyethylene release liner. These tapes were designed to compete with high density, Urethane based mounting tapes. Higher performance than PE Foams. URA tapes offer a great balance of properties - high tack, high shear, and strong cohesive strength - at competitive prices.
Unit of Measure
Specifications
Color |
N/A Black |
Tape Features |
N/A High Bond |
Liner Thickness |
N/A 7 mil |
Material |
N/A Foamed Acrylic Polyethylene |
Industry Standards |
N/A ASTM (American Society for Testing and Materials) PSTC (Pressure Sensitive Tape Council) |
Physical Properties
Thickness |
N/A 45 mil |
Backing Material |
N/A Foamed Acrylic Polymer |
Adhesive Material |
N/A High Bond Acrylic |
Tensile Strength |
N/A 135 psi |
Elongation |
N/A 650 % |
Peel Adhesion |
N/A 160 oz/in |
Cleavage Strength |
N/A 15 psi |
Dynamic Strength |
N/A 60 psi |
Installation Temperature Range |
N/A 50 to 100 ºF |
Constant Temperature Range |
N/A -30 to 200 ºF |
Features
Features |
N/A
|
Applications
Applications |
N/A
|
Additional Information
Additional Information |
N/A Provides a superior, permanent bond between a wide variety of substrates, including glass, some plastics, composites, sealed wood, painted metals and unfinished metals. Withstands a wide range of weathering and temperature conditions without losing adhesion. Thorough evaluation is recommended when bonding low energy surface materials such as PVC, ABS, PE, PP. Not recommended for bonding Tedlar™, Polytetrafluoroethylene (PTFE), Silicone or EPDM. |
Note
Note |
N/A The physical properties listed above are typical test results obtained from a series of laboratory test and should not be used for the purpose of writing specifications. Before using this product, user shall determine the suitability of the product for his/her use; and user assumes all risks and liabilities in connection therewith. All test procedures used are in accordance with ASTM and PSTC methods. |