DP Brakes Standard Sintered Brake Pads - DP313

Experience superior braking performance with DP Brakes Standard Sintered Brake Pads. These high-quality brake pads are engineered for enthusiasts and professionals who demand consistent, reliable stopping power in all conditions.

Description

DP Brakes Standard Sintered Brake Pads deliver a quick break-in period, ensuring peak braking performance right from the start. The advanced design and materials provide consistent, hard stops with fade-free performance. Featuring a gray-colored aluminum oxide-based ceramic material on the backplate, these pads effectively keep heat away from the caliper piston, preventing overheating and maintaining optimal braking efficiency. Enjoy excellent initial bite and feel whether you're riding in wet or dry conditions. The sintered metal compounds offer exceptional durability, outlasting conventional organic or aramid pads. GG friction rated, these pads provide high friction and reliability. Designed to be quiet and non-abusive to most rotors, these brake pads minimize brake dust and eliminate brake fade, providing a clean and smooth braking experience.

Features & highlights

• Experience rapid break-in for immediate peak braking performance.
• Enjoy consistent, powerful stops with fade-free performance in all conditions.
• Aluminum oxide-based ceramic backplate effectively reduces heat transfer to the caliper.
• Sintered metal construction ensures long-lasting durability and performance.
• Benefit from a GG friction rating for superior stopping power.
• Designed for quiet operation and minimal rotor wear.
• Delivers excellent initial bite and feel in both wet and dry conditions.

Technical specifications

• Fits Front
• Brand: DP Brakes
• Type: Sintered Metal
• Material: Sintered Metal
• Length: 2.47" / 2.89" (62.7 mm / 73.5 mm)
• Width: 1.93" / 2.40" (49 mm / 61 mm)
• Thickness: 0.35" / 0.26" (8.8 mm / 6.6 mm)
• Units: Set

Important to know

Always ensure proper installation and bedding-in procedures are followed for optimal brake performance and longevity.