The HV - 8000 equipment of Zhengzhou Lijia Thermal Spraying Machinery Co., Ltd. is an advanced product in the thermal spraying field, providing an efficient surface treatment solution for industrial applications.
This equipment uses supersonic flame spraying technology to precisely control the mixing and combustion of fuel and oxidizer, generating a high - temperature and high - speed flame stream. It heats the spraying material particles to a molten or semi - molten state and sprays them onto the workpiece surface at high speed to form a coating.
It has excellent performance. The supersonic impact of the spraying particles results in a strong bonding force between the coating and the substrate, making the coating less likely to fall off. The formed coating has a dense structure, low porosity, and is corrosion - resistant, wear - resistant, and erosion - resistant. It is equipped with an advanced control system that can precisely adjust and monitor parameters such as flame temperature, particle velocity, and powder feeding rate, and can be flexibly set according to different needs. It is suitable for a variety of spraying materials such as metals, alloys, and ceramics.
The equipment is reliably designed. The whole is made of high - quality materials and advanced manufacturing processes, with good rigidity and stability. The key components are specially treated to withstand high temperatures, high pressures, and frequent operations. The operation interface is intuitive and simple, facilitating the start, stop, and parameter setting of the equipment. It also has real - time status display and fault alarm functions. The layout of each component is reasonable, facilitating disassembly and installation. The maintenance manual is detailed, and technical support is in place, reducing maintenance costs and downtime.
It has a wide range of applications. It can be used for engine blades and spacecraft components in the aerospace field to improve high - temperature resistance, wear resistance, and oxidation resistance; for key components such as engine blocks and pistons in automobile manufacturing to enhance wear resistance and fatigue resistance; for molds and cutting tools in machining to extend service life; and for boiler pipes and turbine blades in the energy and power industry to prevent corrosion and wear and improve equipment reliability and operating efficiency. It is an ideal choice for improving the surface performance of workpieces and extending their service life.
