Commercial Tire Service: Steel vs. Alloy Wheels

Commercial Tire Service: Steel vs. Alloy Wheels

With the majority of commercial tires mounted on steel or alloy wheels, your technicians need to know the key differences between them when working with these metals to maintain your customers’ investment.

With the majority of commercial tires mounted on steel or alloy wheels, your technicians need to know the key differences between them when working with these metals to maintain the customers’ investment. 

Alloy Versus Steel

Typically, heavy-duty trucks with lighter alloy wheels can haul more total payload and require less maintenance between tire changes. They’re also more resistant to corrosion and can be shined up with just a rag and some wheel polish to look as good as new. Alloy wheels are typically more uniform in their construction, and, when properly balanced, they offer a smooth ride. 

In addition, they can add a super-single configuration to further reduce weight and efficiency for commercial fleet managers. They also offer an improved, more professional cosmetic look.

Their steel counterparts, however, work as a great, low-cost alternative. Steel wheels are ideal for jobs that put high stress and high loads on the tire and wheel package, such as off-highway and construction sites.

Inspection & Mounting Safety

The first step to any successful mount and balance job is checking for existing damage to the wheel and tire. Pay close attention to the tire bead. Check where the bead seats are on the wheel and look for any structural damage or wear across the diameter of the wheel and rim. Look for bent edges or cracks, especially with alloy truck wheels, and ensure the tire and wheel are of the same size.

All shops should follow OSHA guidelines when mounting a commercial tire. When mounting tires on alloy wheels, use wheel-mounting clamps with soft jaws or jaw protectors to prevent wheel scratching. Technicians should also use a non-water-based lubricant on the hub bore center. Avoid getting lubricant on the face of the wheel or the face of the truck hub. In addition, avoid using a tire changer’s hook and tire bar when dealing with alloy wheels. If a technician uses the rollers only for mounting and dismounting, the risk of damaging wheels will be reduced.

For steel wheels, a tire changer’s dismounting hook and vise grip clamp make changing wheels quick and easy. Use lube to mount steel wheels on tires; however, lube is not required on the wheel itself when mounting the assembly on the truck as it is with alloy wheels. Steel wheels are also prone to rust on their bead-seating and mounting surfaces. Shops that offer steel wheel reconditioning and recoating can address this problem.

When mounting truck tires, take advantage of a tire changer’s safety features, such as integrated wheel lifts that help avoid technician injury. Seating beads and inflating tires should also always be done in a proper inflation cage that meets OSHA guidelines. 

Both steel and alloy wheels should always be torqued with a torque wrench—not an impact wrench—to the manufacturer’s specification. Wheels should then be retorqued in about 50 miles when all parts of the tire and wheel assembly have further seated themselves.

Content provided by Coats Garage.

You May Also Like

Troubleshooting Porsche TPMS

Tips for diagnosing Porsche TPMS systems and performing relearns.

Porsche TPMS

The Porsche 959 was another first to use a tire pressure monitoring system (TPMS) because it was equipped with the world’s first self-supporting run-flat tires made by Bridgestone. This TPMS setup was again used on the 928 for model years 1990 to 1994.

The early system used two sensors mounted 180 degrees apart in special holes in the valley of the wheel. The sensors looked like a stack of poker chips. A diaphragm inside the sensors connected to switches that were set to a reference pressure. The receiver was mounted on the knuckle and was an inductive coil that would pass current through the sensors. Depending on the position of the diaphragm and which switches were open or closed, the amount of current flowing through the receiver’s coil would change.

Tire Mounted Sensors: The Future of Intelligent Tire Sensing

Tire-mounted sensors offer expanded capabilities for TPMS technology advancement.

Tire-Mounted-Sensor
Four Must-Knows for TPMS Service

Above all else, follow these four important steps for effective TPMS service.

TPMS-must-knows
Fine-Tuning Your Wheel Balancing Process

The first step to a smooth ride and well-balanced tire has nothing to do with the balancer.

Wheel balancing
Check These Things When a Vehicle Comes in for TPMS Service

By performing these checks, you can avoid any misunderstandings that can lead to less than premium service.

TPMS Tire Life

Other Posts

Kenda’s Martin Wheel Holds Groundbreaking in Ohio

The over $20 million project will increase manufacturing capabilities and capacity for Martin Wheel, which Kenda acquired in 1999.

We Surprise Tire Review’s 2023 Top Shop: Black’s Tire & Auto Service

Watch us tell the Black’s Tire & Auto Service team that they have been named Tire Review’s 2023 Top Shop Winner.

WT-blacks-1400x700
Coats Expands Heavy-Duty Tire Changer Line

Coats’ CHD 6330 Heavy Duty Tire Changer is designed for shops with moderate to high volume and features jaw-style clamping

Coats-6330
How Diversification Opens Doors for Wegmann Automotive

We discuss how Wegmann Automotive is growing its business, especially in the wheel weights and TPMS categories.

Whats-Treading-wegmann-1400x700