BOZE CNC-Ti specializes in manufacturing titanium footpegs, designed to meet the demands of motocross riders who need durable, lightweight, and corrosion-resistant components. Made from high-strength GR5 titanium alloy, their footpegs provide enhanced toughness, ensuring long-term performance in tough riding conditions.
Strength and Durability for Motocross
For riders looking for reliable wholesale titanium footrests, BOZE CNC-Ti offers precision-engineered options built with advanced welding technology. The use of GR5 titanium alloy not only reduces weight but also increases durability, making these footpegs resistant to extreme impacts and wear. Tested by SGS, their titanium footpegs withstand a maximum breaking force of 38.94kN, proving their strength and reliability for aggressive motocross riding.
Universal Fit for Major Dirt Bike Brands
BOZE CNC-Ti designs their titanium footrests supplies to be compatible with a wide range of dirt bike brands. These footpegs provide a seamless fit for KTM, HUSQVARNA, GAS GAS, YAMAHA, HONDA, SUZUKI, KAWASAKI, BMW, and more. Their universal compatibility makes them a practical upgrade for riders looking to enhance their bike’s performance with high-quality titanium components.
Corrosion Resistance for Long-Term Performance
One of the key benefits of BOZE CNC-Ti’s titanium footpegs is their exceptional resistance to corrosion. Unlike steel or aluminum alternatives, titanium maintains its integrity even in harsh conditions, including mud, moisture, and extreme temperatures. This ensures that motocross riders can rely on their footpegs for extended use without worrying about rust or degradation.
Conclusion
For motocross enthusiasts and professional riders, BOZE CNC-Ti offers high-quality wholesale titanium footrests solutions that combine strength, lightweight construction, and long-term durability. With their precise engineering and compatibility with major dirt bike brands, these titanium footrests supplies provide an excellent upgrade for those seeking enhanced performance and reliability on challenging terrains.
