Hi guys. My name is Ivan and I work for Fluidampr.
I am not trying to convince ATI guys to use a Fluidampr. I personally travel the country testing engines for torsional vibrations and both dampers are so far ahead of the competition it is not even close. I personally know which is better but I am biased right? However, I do want to set some FACTS straight about our product. There are often people on these forums that have nothing better to do than put false information out about a manufacturer’s product with no knowledge of the subject or product.
Fact 1) Fluidampr's parent company, Vibratech TVD, invented the viscous damper in 1946 for heavy duty diesel engines.
Fact 2) Fluidampr's are 100% made in the U.S.A.
Fact 3) Parent company, Vibratech TVD is a viscous damper supplier to OEM's in the heavy duty diesel industry.
Fact 4) Viscous dampers are OEM on Cummins 6.7. It would more economical to use a cheap rubber unit, but after extensive testing Cummins now uses the same protection that the heavy duty diesel industry uses.
Fact 5) Quote from ATI "Fluidamprs are designed and work well on diesel engines, 90% of over the road heavy duty diesel trucks use Fluidampers". *Note* This was ATI's defense for Fluidamprs in the performance gas industry. It wasnt until ATI came out with a damper for diesel engines recently that they no longer say this.
Fact 6) Fluidampr in a non-heavy duty application such as daily driver pickups or performance applications will NEVER go bad. They are designed to last the life of the engine and do not require replacement or rebuilds. With heavy duty engines we recommend replacing every 750,000 miles or equivalent in hours.
Fact 7) Fluidampr dampers do NOT have issues in cold weather. Although I cannot share the name, one of our OEM's colors is green and yellow. These machines are used worldwide in many cold temperature regions. Do you think they would use viscous dampers if there was a problem in cold weather? The thin layer of silicone inside the damper is very thermally stable withstanding temperatures of less than -40°F to over +300°F. It can dissipate heat much more efficiently than rubber which only wears and breaks down over time.
Fact 8) Testing has shown increases in H.P. and Torque with a F.D. vs. stock rubber units.
I am more than happy to answer any questions regarding torsional vibrations and viscous type dampers.