DFC® 1214-1369-01 - Heavy Duty Semi-Metallic Rear Disc Brake Pads

Heavy Duty Semi-Metallic Rear Disc Brake Pads (1214-1369-01) by Dynamic Friction Company®. Designed for heavier vehicles with larger brake systems, DFC Heavy-Duty Brake Pads deliver exceptional braking performance in harsh conditions. DFC Heavy-Duty brake pads are exclusively engineered and formulated to withstand extreme heat, heavy duty operation, frequent stopping, or towing.

Specifications

Features

• Chamfered and Slotted (where applicable) to reduce noise when braking
• Scorched to remove uncured bonding agents, minimizing the need for initial break-in period and increasing stopping power from the initial stop
• Positive mold to promote consistent friction material density
• Frequent braking environments, high speed, heavy traffic, steep gradients, towing, or off-roading
• Delivers strong, predictable friction level regardless of temperature, speed, or axle load
• Engineered to withstand extremely high operating temperature range
• Long pad wear, low noise, and low dust
• 100% Asbestos free
• 100% Copper Free Eco Friendly Formulation [California/Washington 2025 Compliant-Leaf Mark N]
• Promotes better friction to plate adhesion, minimizing noise
• Acts as a thermal barrier by minimizing the heat transfer from the pad into the caliper, reducing the possibility of fluid boil

Dynamic Friction Company® is committed to bringing innovation and value to the automotive aftermarket by manufacturing OE-quality brake products. Striving to meet the most diverse customer needs, the company maintains a massive inventory of brake parts for all domestic and foreign vehicle applications from the 1930s to the present. From OE replacement and performance brake rotors to passenger, heavy-duty, and high-performance brake pads to brake calipers and shoes to hardware kits and much more, DFC has everything you need to keep your brake system performing at its best. The company makes all its products from the finest materials using cutting-edge manufacturing technologies to ensure superior durability, strength, and long-lasting performance.