Product Details
Universal Boom Mat™ Vibration Damping Washers by Design Engineering®. Boom Mat™ Decoupling Washers are the best way to decouple bodies, gas tanks, fenders and more from engine and road vibrations? They are made from viscoelastic elastomers designed to act as a barrier between metals and dissipate vibrational energy, resonance and impact. These washers dampen vibrations over a wide range of frequencies and temperatures. Multiple sizes available for any type of installation. Perfect for mounting fuel tanks on motorcycles, body mounts, fender mounts and more. Place between metal mounting surfaces to reduce vibration transfer.
Specifications
| Density: 69lb/ft3 |
| Operating Temp: -20F to 200F |
| Specific Gravity: 1.10 |
| Thickness: .050” +/- 10% |
| Hardness: 67A |
| Tensile: 2400 |
| Elongation: 425% |
Features
- Expertly crafted from premium materials
- Designed to match rigorous quality standards
- High quality at a budget-friendly price
Design Engineering is here with excellent products that are available at a competitive price. The company does its utmost to provide the best possible solutions for your needs. All products by Design Engineering are made with expert care and created by professionals to meet all your requirements. The company does not accept compromises when it is going about quality, so you can be sure that all products have only first-rate. With many years of manufacturing experience, Design Engineering is the name you can trust.
It's hard to find a street performance enthusiast or racer who has never heard of Design Engineering® and its superior thermal tuning solutions. The company offers a comprehensive range of products, including nitrous oxide systems, performance coolant additives, sound control and thermal protection products, and much more. The Design Engineering innovative CryO2 cryogenic intake system was honored with the Best New Performance-Racing Product award from SEMA in recognition of an innovative design achievement. The company continues to explore up-to-date methods of identifying new product opportunities in order to offer the most efficient systems and parts found on the market.