When properly installing aluminum automotive spacers and adapters properly, knowing the correct spacer torque specifications is crucial. Improperly sized or torqued lug nuts can lead to serious safety issues, including wheel separation and loss of control. This comprehensive guide will cover everything you need to know about aluminum automotive spacers torque specifications and other requirements.
Generally, automotive spacers specify a torque value range from 83.3 ft-lbs (113 Nm) to 103.5 ft-lbs (140 Nm). It’s crucial to follow the correct torque specification when installing the spacers on wheels to ensure proper clamping force. As long as you torque spacers on wheels correctly, you can drive safely and confidently with wheel spacers.
Automotive Spacers Adapters Torque Chart
Torque aluminum automotive spacers and adapters to the torque specified in your vehicle owner’s manual. If you don’t know how much torque for installing spacers on wheels, you can use the following spacer torque chart:
- M12x1.5mm lug nuts or studs: 83.3 ft-lbs (113 Nm)
- M12x1.25mm lug nuts or studs: 83.3 ft-lbs (113 Nm)
- 1/2″-20 UNF lug nuts or studs: 83.3 ft-lbs (113 Nm)
- M12x1.75mm lug nuts or studs: 83.3 ft-lbs (113 Nm)
- M14x1.5mm lug nuts or studs: 103.5 ft-lbs (140 Nm)
- M14x1.25mm lug nuts or studs: 103.5 ft-lbs (140 Nm)
- M15x1.25mm lug nuts or studs: 103.5 ft-lbs (140 Nm)
Is It Safe to Use Automotive Spacers on Wheels?
When considering the safety of automotive spacers, there are several factors to take into account:
Quality of Materials:
The safety of wheel spacers largely depends on the materials and the manufacturing processes. High-quality forged aluminum spacers are preferable as they are strong, durable, and light in weight. Cheap, poorly made spacers can lead to structural failures that compromise safety.
For example, BONOSS forged active cooling wheel spacers are made of 6061-T6/ 7075-T6 aluminum alloy. The tensile strength is up to 572 MPa, and the yield strength is up to 503 MPa (AL7075-T6). After a super-forged manufacturing process, these BONOSS aluminum automotive spacers can withstand more impact without breaking.
Proper Fitment:
It’s crucial to select the right size spacer for your specific vehicle. Automotive spacers should match the bolt pattern (PCD) and center bore (CB) of your vehicle’s wheel hubs. Incorrect fitment can lead to improper load distribution.
Derived from over 10 years of wheel spacer manufacturing experience, countless times of actual measuring, drawing updates, size precision upgrades, and installation tests, BONOSS provides the best wheel spacers. These BONOSS aluminum automotive spacers are vehicle-specific hub-centric, and 100% fit. Just give us your vehicle model and year, and we can send you the right spacers.
Reputable Brand:
When it comes to safe wheel spacers, brands matter. Brands offer safety and reduce the risk of disappointment. Higher-quality brand spacers pay off big time in terms of reliability. This is especially critical when you frequently go off-roading. Invested a hefty sum in designing and testing their products, brand companies that provide quality well-made wheel spacers.
For example, these BONOSS forged active cooling automotive spacers and adapters come with an active cooling function. Distributed in petal shape, these heat dissipation grooves allow the external cold air to flow continuously inside the spacer when rotating. The air takes away the heat, so the spacer can help dissipate heat for the braking system. This reduces the overall maintenance cost of the brake system.
In conclusion: Automotive spacers are safe when they are made from high-quality materials, correctly fitted, and installed with proper attention to vehicle specifications and alignment. Proper installation and regular maintenance can mitigate most risks, making automotive spacers a viable option for those looking to customize their vehicles. As with any modification, conducting thorough research and consulting with professionals is essential to ensure safety and performance.
