Front Non Asbestos Semi Metallic Brake Pad for OE#34 11 6 775 314

Brake Pad Features:

•High performance 

•Long-life service 

•Anti-thermal-fading 

•Low noise, low dust 

•Environmental-friendly

A front brake pad specifically designed for BMW vehicles, featuring a non-asbestos composition and utilizing a semi-metallic formula. The semi-metallic compound contains a higher proportion of metal fibers (such as steel, iron, and copper), resulting in a higher friction coefficient. This delivers strong, responsive braking performance, making it particularly suitable for performance-oriented vehicles like BMWs.

“Asbestos-free” is a standard feature in modern brake pads, eliminating health and environmental hazards from asbestos dust while complying with environmental regulations.

The metallic content enhances structural integrity, typically offering excellent wear resistance and extended service life.

When installing new high-performance brake pads, ensure the brake rotor surface is smooth, flat, and free of severe grooves. If the rotor is worn or uneven, it is strongly recommended to replace it or perform a resurfacing. This is crucial for preventing squeal and vibration while maximizing the new pads' performance.

1. OE#34116775314 Exact Match: BMW Front Brake Pad Replacement

This brake pad is an exact match for OE#34116775314, designed for BMW front axle applications including 3 Series, 5 Series, X3, X5, and other compatible models — ensuring direct bolt-on replacement with no modification required.

2. Non-Asbestos Formula: Eco-Friendly & Safe for Daily Driving

These front brake pads feature a non-asbestos friction formula that eliminates harmful asbestos fibers — providing eco-friendly, safe braking performance for daily driving while maintaining strong stopping power and consistent friction characteristics.

3. Semi-Metallic Performance: Strong Initial Bite & Heat Resistance

These semi-metallic brake pads deliver strong initial bite, excellent heat resistance, and consistent stopping power under demanding conditions — ideal for performance-oriented driving and heavy braking applications where thermal stability is essential.

4. Multiple Compound Options: Semi-Metallic, Low-Steel & Ceramic

These front brake pads are available in multiple friction compound options including semi-metallic, low-steel, ceramic, and non-asbestos — allowing customers to choose the ideal formula for their specific driving style, performance requirements, and budget.

• 100% critical dimensions, runout and DTV inspection 

• Material physical and chemical inspection

• Test shear strength, compressibility, density, flatness and parallelism 

• Test performance and noise/NVH