TERMIGNONI SILENCER RELEVANCE STEEL SLIP-ON YAMAHA X-MAX 250 2009-2016 CATALYZED
Pack description
TERMIGNONI SILENCER RELEVANCE
Code: Y10909040IIC + Y109CAT (catalyst)
Material: Stainless steel
End cap material: carbon
Internal structure material: Stainless steel
APPROVED, catalyst included
Termignoni racing silencer with "Relevance" design, which allows to considerably reduce overall dimensions and weight.
Termignoni makes its professionalism and the experience of its technicians available to offer the best that can be found on the after market.
As with all the exhausts of the Termignoni line developed with the experience gained in MotoGP and Superbike, the R&D racing department strives every day to reach the highest levels by enhancing the pull and acceleration of each bike.
NB: This picture is only indicative
FOR MORE INFORMATION PLEASE CONTACT US
Pack content
TERMIGNONI "RELEVANCE" TERMINAL
For Yamaha X-MAX 250 2009-2020
Code: Y10909040IIC
Shirt material: Stainless steel
Back Material: Carbon
Internal structure material: Stainless steel
NOT APPROVED, catalyst NOT included.
Termignoni racing silencer with "Relevance" design, which significantly reduces the overall dimensions and weight.
Termignoni offers its professionalism and the experience of its technicians to offer the best that can be found on the after market.
As with all the Termignoni line exhausts developed with the experience gained in MotoGP and Superbike, the R&D racing department strives every day to reach the highest levels by enhancing the pull and acceleration of each bike.
NB: The photo is purely indicative to demonstrate the quality of the product.
FOR ANY INFORMATION DO NOT HESITATE TO CONTACT US.
TERMIGNONI APPROVED CATALYST
Code: Y109CAT
Compatible with: YAMAHA T-MAX 250 2009-2020
APPROVED
Termignoni approved catalyst compatible with the Y109 system.
The catalyst is composed of a honeycomb metal structure that incorporates precious metals (palladium, rhodium and platinum) in its surface.
These metals convert the carbon monoxide and unburnt hydrocarbons present in the exhaust gases into carbon dioxide and water vapor.
NB: This picture is only indicative
FOR MORE INFORMATION PLEASE CONTACT US