A Chinese company is looking for cemented carbide 3D printing forming technology
A Chinese cemented carbide company is looking for cemented carbide 3D printing forming technology。 They want to cooperate with partners through research cooperation agreement and technical cooperation agreement.
Technical Specification or Expertise Sought
The company plans to carry out research on the cemented carbide 3D printing technology of selective laser deposition and spraying binder with relevant universities and research institutes. The company will be responsible for the research on the preparation technology of cemented carbide 3D printing powder, optimize the process according to the technical requirements of 3D printing powder from the cooperation partner, and prepare the raw material of cemented carbide powder. The partner will carry out research on the 3D printing technology of cemented carbides, select appropriate process routes and process parameters, and produce cemented carbides with similar theoretical density and no defects inside. The company will evaluate the comprehensive performance of the sample prepared by the partner, and make application and promotion.
The company is looking for R&D institution or company involved in cemented carbide 3D printing forming technology. The company is interested in research cooperation and technical cooperation.They can cooperate through joint development. The partner can help the company to develop the request tecnology or directly provide it.
The company which established in 1980, is located in Zhuzhou City, Hunan Province. It mainly produces metal cutting tools, mining and oil field drilling tools, hard materials, tungsten-molybdenum products, tantalum-niobium products, rare metal powder products. They are looking for cemented carbide 3D printing forming technology. Cemented carbides are widely used in metallurgy, machinery, geology, coal, petroleum, chemical industry, electronics, textile and military industries. They want to cooperate with partners through research cooperation agreement and technical cooperation agreement. Rapid prototyping of cemented carbide tools with complex geometry can be achieved by using resource-saving and mould-free 3D printing. Cemented carbide 3D printing can be achieved by selective laser deposition and spray binder. There are some problems such as low density and crack in cemented carbide products prepared by selective laser deposition. Spraying binder is a new technology in recent years, and it has made some breakthroughs in the preparation of cemented carbides. Powder is the foundation of cemented carbide 3D printing. The company adopts WC powder and Co powder as raw materials to prepare wc-co spherical powder with particle size less than 60μm and liquidity less than 30 seconds, which is adapted to the requirements of 3D printing technology. It continues to seek cooperation with relevant universities and research institutes to carry out research on cemented carbide 3D printing technology.
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