Manufacturing Process
- Enhanced structural integrity and performance
- Lighter for enhanced handling, braking, and acceleration
- Balance of strength, weight reduction, and performance enhancement
Torque Flow-Forged wheels are lightweight, high-performance wheels that combine the benefits of both cast and forged wheel technology. Manufactured through a process known as “flow forming,” the wheel begins as a cast aluminum wheel that is then placed into a mold and subjected to increased heat and pressure. This process stretches and strengthens the material, aligning the aluminum’s grain structure and enhancing its mechanical properties, resulting in a wheel that is lighter and stronger than traditional cast wheels. Torque Flow-Forged wheels perfectly balance strength, weight, and cost, making them a popular choice for performance and off-road vehicles. The process increases the wheel’s durability, impact resistance, and fatigue resistance, while reducing unsprung weight, which improves handling, braking, and acceleration. With a design often tailored for both aesthetic appeal and functionality, Torque Flow-Forged wheels offer a premium appearance while being more affordable than fully forged wheels. They are commonly used in motorsports, during automotive tuning, and on everyday high-performance and off-road vehicles.
- High-quality T6061 Forged Aluminum
- Boosts the maximum possible weight reduction and strength
- Unmatched structural integrity with unlimited design creativity
At Torque Wheels, our Advanced Forged wheels are high-performance, precision-engineered wheels designed for exceptional strength, lightweight construction, and superior durability. Made from a single piece of high-quality aluminum, the forging process involves applying low heat and intense pressure of up to 30,000 tons to mold the material into shape, resulting in a wheel that is both stronger and lighter than cast alternatives. These wheels are often designed for motorsport and luxury performance vehicles, where maximum performance, handling, and aesthetics are critical. The forging process enhances the material’s grain structure, improving fatigue resistance and impact strength, making them highly resistant to cracking and deformation. Advanced forged wheels often feature intricate, custom designs with a high degree of personalization, offering cutting-edge technology and a premium appearance. Their precision ensures optimal balance, while the reduction in unsprung weight contributes to better acceleration, braking, and cornering.
