Can ANTA's Globally Pioneering Titanium Plate Technology Running Shoes Disrupt The Traditional Running Shoe Market?

I. How Did Titanium Alloy Achieve Cross - Application from the Aerospace Field to Sports Equipment Materials? 

Photo source: "Titanium Home" platform

 

Titanium alloy is known as the "all - round champion" in the field of metal materials due to its excellent physical properties. Its density is only 60% of that of stainless steel, while its tensile strength can reach more than 900MPa, which is twice that of stainless steel. This "lightweight and high - strength" feature is widely used in the aerospace field, such as rocket engine casings, rocket nozzle ducts, missile housings, spacecraft cabins, fuel and oxidant storage tanks, etc. In aircraft, it is used in parts such as aircraft frames, cabin doors, hydraulic pipelines and joints, landing gears. Compressor blades, disks and casings of aero - engines also often use titanium alloy.

In recent years, new materials have also been widely used in sports equipment, including outdoor trekking poles, golf clubs, smart wearable devices and diving equipment. This ensures the stable use of the equipment in various environments and gives full play to the advantages of titanium alloy, such as light weight, high strength, high temperature resistance, low temperature resistance and corrosion resistance. Thus, titanium alloy has become an ideal choice to replace traditional materials in the field of sports equipment.

Test data show that the application of titanium alloy materials improves the running "economy" of runners.The test data indicate that the oxygen consumption is reduced by more than 10% compared with top - level competitive carbon plate running shoes. In ANTA's "Dynamic Super Running Shoes", the propulsive force of titanium alloy components is increased by more than 21%, and the energy return rate is as high as 90%. Titanium Home pointed out in its report: "ANTA's practice has verified the feasibility of titanium alloy in sports scenarios and provided new ideas for the cross - application of materials."

 

Titanium&Titanium Alloy Warehouse 

II. How Does 3D Printing Process Release the Material Potential in Sports Equipment? 

The core innovation of ANTA's "Future Running Shoes" lies in using the titanium alloy plate as the core component of the sole propulsion system. Through the 3D printing integrated forming process, the titanium plate achieves the balance of stiffness in all directions, avoiding the performance differences of traditional carbon plates caused by process limitations.

At present, ANTA's "Dynamic Super Running Shoes" equipped with titanium plate technology have been put into mass production. Test data show that the propulsive force of its titanium alloy components is increased by 21%, and the energy return rate reaches 90%, reaching the top level in the industry.

"Mu Niu Liu Ma" (a kind of ancient Chinese transport vehicle) propelling structure

According to the report of Titanium Home, it is believed that with the popularization of 3D printing technology, the customized production of titanium alloy will become possible. Athletes can customize the titanium plate structure according to their own foot shape and running habits to realize the real "personalized equipment". ANTA's practice provides a "from 0 to 1" reference case for the application of titanium alloy in consumer products, which may trigger the sports equipment industry to rethink lightweight materials and become a model in the cross - application of material science.

Baoji Ruihang Elaborate Material Technology Co.,Ltd is a manufacture of titanium and non-ferrous metal products, supplying plates,bars,forgings,wires,tubes etc. If you have a purchase plan, please contact us by email:Sam.Rui@bjrh-titanium.com.

Some content in this article is quoted from the article 《ANTA's Pioneering Titanium Plate Running Shoes: 3D Printing Usher in the "Titanium Era" 》on "Titanium Home", a professional titanium material platform.