GDYK Advanced Materials Technology Co., Ltd. is the invisible champion enterprise in the field of Precision parts with tungsten carbide coating.
It is a scientific and technological enterprise incubated by the Institute of Advanced Materials, China GD Academy of Sciences, and a base for the transformation of research results. Relying on the technical strength of the research institute, the company has industry-leading R&D strength, mainly carrying out the core key and common technology of material surface engineering, the development and engineering application of high-performance coating material preparation process, the tungsten carbide coating developed by the company-a hardness only The high-hardness and wear-resistant coating second to diamond is sprayed on the surface of the high-speed rotating substrate at seven times the speed of sound to form a high-performance material coating. Committed to solving the needs of key and important parts of the industry for materials such as high temperature oxidation resistance, wear resistance, corrosion resistance, and fatigue resistance.
Technical Capabilities
Thermal spray technology
Cold spray technology
Vacuum coating technology
Laser manufacturing technology
GDYK has internationally advanced R&D, production and testing equipment, and has passed the National Aerospace and Defense Contract Party Credit Program (NADCAP) qualification and ISO9001 quality system audit. The company is mainly engaged in production, engineering applications and technical services in the field of thermal spraying, laser manufacturing, vacuum coating, surface analysis and testing technology. Rich experience in the preparation of functional coatings, such as metal and alloy coatings, cermet coatings, and oxidation resistance, corrosion resistance, high temperature resistance, oxidation resistance, heat insulation, conductivity, insulation, sealing, lubrication, etc. Ceramic coatings, and high-performance films such as diamond-like carbon, titanium nitride and chromium nitride. Products are widely used in many fields such as aviation manufacturing, petroleum exploration, iron and steel metallurgy, new energy, packaging and printing, automobile manufacturing, medical and health, tooling and moulding.