Industry News

Wheel spacers may seem simple—a bolted-on hub disc that pushes the wheel outward. But understanding how they interact with the hub, studs, and suspension is crucial for ensuring safe performance gains. Let's break down their mechanics and, along with JUNWEI, clarify how wheel spacers and wheel adapters work.

Wheel spacer adapters—they can create a smoother ride, accommodate larger rims, or solve tricky fitting issues. But a key question every driver must ask is: Are your wheel spacer adapters safe? The answer is yes, but only if they are manufactured to exacting standards, installed correctly, and precisely matched to your vehicle. Cutting corners can lead to catastrophic failure.

In the automotive fastener industry, wheel lug bolts are directly related to wheel safety and vehicle stability. Common bolt grades available on the market include 12.9, 10.9, 9.8, and 8.8. In the automotive industry, high-strength 12.9 and 10.9 heat-treated wheel lug bolts are a good choice. When selecting bolts, factors such as vehicle performance, application scenario, and cost should be comprehensively considered.

The exposed wheel nut cover are exposed to complex external environments for a long time and face many threats: rain, snow melting agents, mud, and gravel will invade the thread gaps and accelerate metal corrosion and rust; frequent car washing high-pressure water gun impact may cause mud and sand to penetrate into the thread joint surface

Wheel Lug Bolts are key fasteners in car wheels and play a very important role. They can firmly connect the wheel hub to the vehicle's wheel hub flange to form a rigid and reliable overall structure.

M12x1.5 Mag Wheel Lug Nuts are made of high-strength alloy steel, which is precision forged and heat-treated. This gives them extremely high hardness, tensile strength and fatigue strength, enough to withstand millions of stress cycles without plastic deformation or fracture. The thread accuracy requirements are extremely high to ensure that it is not easy to slip or wear during repeated disassembly and assembly.