Advanced Forged Wheel Technology | Zhigu Tech Innovation

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MOTORSPORT TECHNOLOGY The Process

ZGWM wheels are Fully Forged with an industry leading 10,000 Tons of pressure. That means ZGWM wheels are strong, light, durable all in one. That’s not all, we employ state of the art technologies to give you features that make sure you stay on top of your performance game.

ZGWM Forging Process

Not all wheels are created equal.

  • Forged Process ›

    Forged Process ›

    All Titan 7 Wheels are Fully Forged. The wheel starts out as an aircraft grade solid cylinder of 6061 Aluminum. We pressurize the cylinder with an industry leading 10,000 tons of pressure to give the wheel its basic shape while improving the grain structure and overall properties of the high grade aluminum. Absolutely no porosity and a densely organized microstructure to allow for amazing designs, weight, and strength.

  • Casting Process ›

    Casting Process ›

    Most wheels in the world are manufactured using this method. Molten aluminum (A356) is poured into a mold to create the complete wheel shape. It’s the cheapest method to make wheels and its pretty adequate for the street as long as it is made well. However, when it comes to performance / track settings the potential porosity of the wheel, especially on lower end cast wheels may cause cracks which is dangerous. Imagine pouring pancake batter into a bowl, you see air bubbles form.

  • Flow Formed Process ›

    Flow Formed Process ›

    Flow forming is popular today due to the increased density of the wheel rim that is spun forged like a vase. Pricing is still within the budget of most race / track enthusiasts. The issue is that a flow formed wheel starts out as a casting with a casting grade aluminum (A356). There is still potential for porosity, but it is a definite improvement over a completely casted wheel.

Advanced Forged Wheel Technology | Zhigu Tech Innovation
Advanced Forged Wheel Technology | Zhigu Tech Innovation
Advanced Forged Wheel Technology | Zhigu Tech Innovation

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DESIGN PROCESS

DESIGN PROCESS