Buy Clarks VRS841 Disc Brake Pad in United States - Cartnear.com
Clarks VRS841 Disc Brake Pad
CTNR433127 05021646013570 CTNR433127Clarks
2025-11-17
/itm/clarks-vrs841-disc-brake-pad-433127
USD
21.21
$ 21.21 $ 21.64
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*Product availability is subject to suppliers inventory
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Dimensions (Overall): .5 inches (H) x 2.5 inches (W) x 3.85 inches (D)
Weight: .16 pounds
Material: Metal
Warranty: Multiple Warranties and/or Time Frames Apply. To obtain a copy of the manufacturer's or supplier's warranty for this item prior to purchasing the item,
• Kevlar reinforced compound increases pad friction and performance
• Ceramic injected pad for increased friction in wet conditions
• Red and yellow copper material added for low and high speed performance changes
• Improved heat dissipation through back plate grooves
• MPN: VRS841, UPC: 5021646013570
BRAKE SHOES CLK DISC SEMI-MET AVID ELIX-CR/R/SRAM XX VRS841 Kevlar reinforced compound increases pad friction and performance. Ceramic injected pad for increased friction in wet conditions. Red and yellow copper material added for low and high speed performance changes. Improved heat dissipation through back plate grooves. 35-45% increase in durability compared to standard sintered pad.
Weight: .16 pounds
Material: Metal
Warranty: Multiple Warranties and/or Time Frames Apply. To obtain a copy of the manufacturer's or supplier's warranty for this item prior to purchasing the item,
• Kevlar reinforced compound increases pad friction and performance
• Ceramic injected pad for increased friction in wet conditions
• Red and yellow copper material added for low and high speed performance changes
• Improved heat dissipation through back plate grooves
• MPN: VRS841, UPC: 5021646013570
BRAKE SHOES CLK DISC SEMI-MET AVID ELIX-CR/R/SRAM XX VRS841 Kevlar reinforced compound increases pad friction and performance. Ceramic injected pad for increased friction in wet conditions. Red and yellow copper material added for low and high speed performance changes. Improved heat dissipation through back plate grooves. 35-45% increase in durability compared to standard sintered pad.
