Mazworx_Sales
10-05-2012, 09:33 AM
We currently have 2 clutch kits instock that we would like to clear out.
Exedy Stage 1 SR20DET - $269.00 SHIPPED!
EXEDY organic racing clutches only use premium friction materials that are resistant to slippage and burst. Increased clamp loads give the necessary capacity to handle modified engines. This is the preferred clutch for street and light horsepower track use. Driveability is similar to the stock clutch. Pedal efforts will be slightly higher because of the higher clamp loads. All of our clutch discs have spring center dampers to reduce drivetrain shock.
Exedy Stage 2 Thick SR20DET - $319.00 SHIPPED!
EXEDY cerametallic clutches are designed to handle the abuse of high powered modified engines. Our cerametallic friction material can handle much more slippage than stock type disc assemblies without slipping and fading. All cerametallic discs feature spring center dampers to reduce impact and shock loads.
Normal Thickness (Thick)
Normal thickness discs have greater heat capacity and therefore better durability in demanding applications such as all wheel drive.
Exedy Stage 1 SR20DET - $269.00 SHIPPED!
EXEDY organic racing clutches only use premium friction materials that are resistant to slippage and burst. Increased clamp loads give the necessary capacity to handle modified engines. This is the preferred clutch for street and light horsepower track use. Driveability is similar to the stock clutch. Pedal efforts will be slightly higher because of the higher clamp loads. All of our clutch discs have spring center dampers to reduce drivetrain shock.
Exedy Stage 2 Thick SR20DET - $319.00 SHIPPED!
EXEDY cerametallic clutches are designed to handle the abuse of high powered modified engines. Our cerametallic friction material can handle much more slippage than stock type disc assemblies without slipping and fading. All cerametallic discs feature spring center dampers to reduce impact and shock loads.
Normal Thickness (Thick)
Normal thickness discs have greater heat capacity and therefore better durability in demanding applications such as all wheel drive.