1.Machinery manufacturing: Handle the inner hole of engine block, crankshaft and other parts to improve wear resistance, corrosion resistance and high temperature resistance, and ensure mechanical properties.
2.Automobile manufacturing: Spraying the inner holes of key engine parts to enhance the power and durability of the vehicle.
3.Aerospace: It is used for the inner bore of aero engine blades to meet the performance requirements of high temperature resistance and corrosion resistance under extreme working conditions.
4.Petrochemical: Spraying the inner hole of the reactor and pipeline to ensure the safety and stability of production, and improve the corrosion resistance and wear resistance.
5.Medical devices: Handle syringes and other internal holes to improve biocompatibility and corrosion resistance.
6.Mold manufacturing: Improve the demoulding, wear resistance and anti-corrosion performance of the mold inner hole, prolong the life of the mold, and improve the production efficiency and product quality.
7.Hydraulics and pneumatics: Spray cylinders and cylinder bores to reduce friction and improve sealing and running performance.
Product Operate Guide
1.Equipment inspection: Carefully check the appearance of the spray gun to ensure that there is no damage or deformation, and that the parts are firmly connected. Check whether the powder feeding system is smooth, whether there is any blockage, and the spraying material in the powder barrel should be sufficient and free of moisture and agglomeration. Check the cooling system to ensure that the coolant is sufficient, the water pipes are free of leakage and bending, and the circulating pump is operating normally.
2.Material preparation: According to the spraying requirements, select suitable spraying materials, such as metal powder, ceramic powder, etc. with specific materials and particle sizes. According to the process requirements, the spraying material is evenly mixed with an appropriate amount of additives (if any) to ensure the stable performance of the material.
3.Environmental Preparation: The operating environment should be well ventilated to avoid dust accumulation, reduce the risk of explosion, and ensure the respiratory health of operators. Clean up the work area, remove extraneous debris, keep the site tidy, and prevent foreign objects from entering the spray gun or interfering with the spraying process.
4.Connecting pipelines: The oxygen and fuel (such as kerosene) delivery pipes of the spray gun are closely connected with the corresponding gas source and fuel source respectively to ensure that the interface is well sealed and there is no leakage. Connect the powder feeding pipe to make it reliably connected with the powder feeding device to ensure the smooth powder conveying path. Connect the cooling water pipe to ensure that the cooling water circulation path is normal.
