Henan Igood Wear-resisting Technology Co., Ltd is a high-tech enterprise with modern managerial system and operation, whose shares are held by the Henan Coal Science Research Institute. Our company is situated in Zhengzhou high and new Industrial Development Zone, with the registered capital RMB 10 million, occupying the area of over 20 thousand square meters.
Depending on the talent and management resources of Henan Coal Science Research Institute, converging the scientific research power of machinery, electronics, materials and industrial automation, our company has been devoted to the research of surface modification of metal materials and protection technology and equipment.
At present, we have made series of important achievements in the field of plasma cladding, laser cladding and high-frequency re-melting, which can provide many kinds of strengthening treatment schemes for resolving the wear and corrosion of plane, cylinder and abnormity mechanical components. With the rapid development of our company, our technologies and products will play an important role in resolving the wear and corrosion of metal surface in the field of coal, cement, metallurgy, electricity, petroleum and military project, and also bring large economic and social benefits to the enterprises and society.
On the basis of metal surface cladding technology, our company has also innovated the full automatic cutting picks cladding production line, which can produce various kinds of cutting tools for coal cutter picks, foundation drilling tools and road milling tools .We integrates research and development , design, production, and sales, and have import and export right.We have forging workshop, machining workshop, welding heat treatment workshop and other ancillary facilities, and have a complete welding and heat treatment production line.
Now chinese government is building innovation-type,saving-type,environment-friendly and harmonious society,based on strategic target,we will make our company to be a professional company with high standards in the field of surface modification and protection of metal materials with excellent technological advantages and pragmatic innovation.