Part #: EN4702Q|Brand: ABEX FRICTION PRODUCTS|MPN #: EN4702Q
$42.79 / each
+ $17.59Core Charge
CORE CHARGE
A Core Charge is a deposit paid at the time of purchase for parts with
recyclable components. The deposit will be refunded when the recyclable
component of this item is returned after use.
Power Products 15" x 4" Brake Shoe
Part #: EN4702Q|Brand: ABEX FRICTION PRODUCTS|MPN #: EN4702Q
Power Products 15" x 4" Brake Shoe
Part #: EN4702Q|Brand: ABEX FRICTION PRODUCTS|MPN #: EN4702Q
$42.79 / each
+ $17.59Core Charge
CORE CHARGE
A Core Charge is a deposit paid at the time of purchase for parts with
recyclable components. The deposit will be refunded when the recyclable
component of this item is returned after use.
Withstand high temperatures and resist wear and tear
Resistant to corrosion and other forms of damage
Ensures optimal performance under different driving conditions
Maximum character limit has been reached. Please use address line 2 if needed.
Warning
Location changes will apply to all items in your cart and may affect pricing and availability.
No nearby stores found
Share
Premium
15.00
15.00
15.00 in x 4.00 in
Premium
013002013
The Power Products 15" x 4" Brake Shoe is the ultimate solution for your braking needs. Designed to withstand high temperatures and resist wear and tear, this brake shoe is built to last. Made from high-quality materials, it is resistant to corrosion and other forms of damage, ensuring optimal performance under different driving conditions. Whether you're driving on the highway or navigating through rough terrain, the brake shoe provides reliable and consistent braking power. Its durable construction ensures that it can handle the toughest conditions, making it the perfect choice for heavy-duty vehicles. Upgrade your braking system today with the Brake Shoe and experience the difference in performance and reliability. FleetPride is your First Click in Heavy Duty®.
Withstand high temperatures and resist wear and tear
Resistant to corrosion and other forms of damage
Ensures optimal performance under different driving conditions