![]() Wheel Haven is an online retailer with a focus on customer service and fast & reliable shipping. This is a benefit to racers on the track as well as the road hazards of everyday use on the street. If a wheel safely has the ability to flex more before ever reaching a breaking point that will increase reliability and longevity of a wheel. So let’s get back to the benefit that we started talking about earlier. Severe impact and the stress impacts over time can push the metal to a breaking point. However, any wheel, regardless of whether it’s an aftermarket wheel or the original factory wheel, has a breaking point. Konig places every wheel design through a very strict testing standard and build each design to load ratings which are in excess of what is needed for that design’s target vehicles. We only build wheels to the highest quality. While that may be a humorous line its incredibly true. So you might be asking why would it be more beneficial that a Flow Formed Wheel can flex more before it could ever reach that point? Well, its important when we talk about wheels that everyone should acknowledge that wheels are metal not magic. One wheel was a conventional cast constructed wheel and the other is developed using Flow Forming Technology.Įlongation is essentially the amount of flex that an object can have before it would reach a breaking point. These are based off of wheels similar in styling, size, width and other specification. The numbers used are approximate and only for general comparison. Below are some visual charts for you to see the drastic benefits as it relates to elongation and tensile strength vs a regular cast wheel. Konig has been producing Flow Formed wheels since 2010 and is always improving on the process and efficiency to improve the end product. Interested in seeing more Flow Formed Wheels? Here is a link to all of the Konig Flow Formed Wheel offerings –> FLOW FORMED WHEELSįlow Forming Technology has a great number of benefits. 1: THE FLOW-FORMED PROCESS APPLIES PRESSURE ON THE INNER WHEEL WHILE SPINNING AFTER CASTINGĢ: THIS PROCESS STRETCHES AND COMPRESSES THE ALUMINUM, WHICH INCREASES TENSILE STRENGTHģ: THE FINAL PRODUCT IS LIGHTER, STRONGER, HAS INCREASED ELONGATION, AND GREATER SHOCK RESISTANCE
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