All above specifications are meant to be used for basic comparison and information purposes only. Please verify with the above manufacturers directly.
In order to have been selected for this list the above mentioned products would be considered to be of the highest quality. When engineers specify vibration control or thermal break products or brands they generally add the “or approved equivalent” option. Typically lead time and pricing become determining factors once the engineer on record has verified the selected product meets the design criteria.
Benchmark makes no further representations.
The Benchmark Group stocks a wide variety of vibration control MIL C882 sheets and cut parts in Canada. We offer raw materials and fabricated vibration control solutions.
VIBSORB nitrile pad and competitor products have been used for over 60 years for mounting machinery and sensitive equipment where absorption of impact shock or isolation of transmitted vibration is desired. Anti Vibration pads may be bonded together (“layered”) to achieve the desired isolation efficiency for any application.
VIBSORB material is available in stock today as isolation washers and OEM parts.
MIL C 882 pad has been used for over many years for mounting heavy machinery where absorption of impact shock and isolation of transmitted vibration is desired. Benchmark Vibration pad prevents cracking and flaking of concrete, eliminates the need for grout and prolongs the life of both machines and structures. MIL C 882 pad is scientifically constructed to give years of service under the most severe operating conditions.
Structural thermal break pad / connection, or thermal insulation material (TIM), is manufactured from a fiberglass-reinforced laminate composite. It is considered a green product for its energy savings with regard to energy loss caused by thermal bridging. In addition it is proven to have high compressive strength combined with resistance to thermal conductivity. Made from a fiberglass-reinforced composite, STB-1 has a per-inch R-value of 0.56 (BTU/Hr/ft2/in/°F = 1.8) and is far superior to steel (R-0.003) or concrete (R-0.08), providing a structural thermal break between flanged steel framing members. The primary benefit of Structural Thermal Break STB-1 is that it maintains structural integrity while minimizing heat transfer.
Need more info? Interested in learning how Structural Thermal Break, MIL C 882 or any other Benchmark product can help you or your clients? Book a complimentary lunch and learn with Benchmark today! We will schedule a product engineer to visit your office (or stream a webinar) 100% free of charge.
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