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Alloy Wheel Refurbishment and Repair Services at Competitive Prices

Alloy Wheel Straightening in Berkshire

Understanding Alloy Wheel Damage

Alloy wheels are usually crafted from aluminium or magnesium. While these materials provide excellent strength-to-weight ratios, they are also prone to bending, denting, and deformation.

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What Causes Alloy Wheel Damage?

Impact damage often occurs when hitting potholes, kerbs, or other road obstacles. These sudden impacts can cause the wheel to bend or buckle, particularly at higher speeds, and the effects are usually immediate.

Uneven tyre wear is another factor that can gradually affect your wheels. Over time, uneven wear can lead to wheel imbalance, creating vibrations and impaired handling. This not only makes driving more uncomfortable but can also increase the risk of accidents when encountering potholes, speed humps, or other hazards.

Improper mounting or dismounting of tyres can also lead to wheel damage. While this is rare with OEM wheels, using the wrong equipment or poor technique during tyre changes can place unnecessary stress on the wheel and cause deformation.

Run-flat and low-profile tyres are more likely to expose wheels to damage. With thinner sidewalls, they provide less cushioning between the wheel and the road, leaving alloys more vulnerable to impacts from kerbs, potholes, and other road irregularities.

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How are alloy wheels straightened?

Alloy wheel straightening is a specialist process designed to restore a damaged wheel back to its original shape and structural integrity. Using advanced equipment and skilled techniques, our technicians carefully correct bends and distortions to ensure your wheel is safe, balanced, and roadworthy.

1. Inspection and Assessment

Our technicians begin by thoroughly inspecting the wheel to identify the extent and location of the damage. This is carried out visually and with specialist equipment. In many cases, bent or buckled alloy wheels can be detected without even removing the tyre.

2. Wheel Removal

Once damage is confirmed, the affected wheel is carefully removed from the vehicle to allow for proper access and precision work. In some cases, a replacement wheel may be fitted temporarily to allow for comparison and a proper driving assessment.

3. Wheel Heating

If straightening is required, the wheel is gently heated to a controlled temperature. This process softens the alloy, making it easier to manipulate without compromising the wheel’s strength or structural integrity.

4. Hydraulic Straightening

Specialised hydraulic equipment is then used to apply precise pressure to the damaged areas, gradually reshaping the wheel back to its original form. During this process, the wheel is regularly tested to ensure flat spots are corrected and any buckling is removed.

5. Cooling and Curing

Once straightened, the wheel is allowed to cool naturally, helping it retain its corrected shape securely and safely.

6. Refinishing

If the service requested is wheel straightening only, refinishing may be skipped. Otherwise, the wheel is refinished to restore its original look and to protect it against future wear or damage.

7. Rebalancing

Finally, the repaired wheel is rebalanced to ensure even weight distribution and smooth, safe driving performance. This step also serves as the final verification that the wheel is completely straightened and free of buckles.