#3511S Forged Racing Nuts M12xP1.5 and M12xP1.25
In the installation and securing of wheels on racing cars or high-performance modified vehicles, high-chromium alloy forged racing nuts and their corresponding hex sleeves are crucial components. These elements play a pivotal role in ensuring the vehicle’s optimal performance and safety…
Spec: M12xP1.5 and M12xP1.25 Weight approx:48g/pc
Chromel forged racing Nuts
Features
High strength: High-chromium alloy materials themselves have high strength and hardness. After the forging process, their molecular structure becomes denser, enabling them to withstand the huge stress generated by racing cars under complex working conditions such as high-speed driving, sharp turns, and sudden braking. This ensures a stable connection between the wheels and the vehicle axle, preventing the wheels from falling off or loosening during driving.
Good corrosion resistance: Chromium has excellent oxidation resistance and corrosion resistance. A dense oxide film can form on the surface of high-chromium alloys, effectively blocking external moisture, oxygen, and corrosive substances. Even in harsh environments such as wet and muddy race conditions, they are not prone to rusting and corrosion, thus extending the service life of the nuts.
High-temperature resistance: During high-speed driving of racing cars, the braking system generates a lot of heat, which is transferred to the wheels and nuts. High-chromium alloys have a high melting point and good thermal stability, so they can maintain their mechanical properties in high-temperature environments without softening, deforming, or failing due to overheating.
Lightweight: On the premise of ensuring strength and performance, the weight of the nuts can be reduced through optimized design and forging processes. This helps reduce the unsprung mass of the vehicle, improves the handling and acceleration performance of the vehicle, and makes the racing car more flexible and agile during driving.
Application Scenarios
Professional racing competitions: Such as F1, WRC, and other professional racing events. Racing cars drive at extremely high speeds on the track and need to withstand huge loads such as centrifugal force, braking force, and vibration. High-chromium alloy forged racing car nuts can meet the usage requirements under these extreme working conditions, ensuring the safety and reliability of the racing cars.
High-performance modified cars: Some car modification enthusiasts modify their vehicles to improve performance. Installing high-chromium alloy forged racing car nuts can enhance the strength and reliability of wheel connections, making the vehicle more stable during high-speed driving and intense maneuvering, while also adding a sporty look to the vehicle’s appearance.
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