Precision forging and pressing equipment
The factory focuses on the production of precision forging equipment manufacturers, production of precision forging equipment energy-saving environmental protection, diathermy more uniform and fast, automatic feeding, greatly save costs; Easy to install, debug and operate. In addition to the hot-selling precision forging and pressing equipment, the factory also produces: high-frequency forging and heating equipment, bolt heating and forging equipment, intermediate frequency forging and heating equipment, numerical control forging and pressing equipment, mechanical forging and pressing equipment, forging induction heating equipment, small hydraulic forging machine, forging hydraulic mechanical equipment, etc., welcome new and old customers to consult and buy!
Picture of precision forging and pressing equipment:
Introduction to precision forging and pressing equipment
A technique for forging parts with no cutting allowance or less cutting allowance by using precision dies on high precision, rigid forging equipment. Compared with ordinary die forging, precision forging has smaller die forging inclination (0 ~ 3), smooth surface (6 +), small concave and convex rounded corner radius and small tolerance of main dimensions. Precision forging process is used in the aerospace industry to produce forgings with complex shapes, thin walls, reasonable distribution of metal flow lines and difficult cutting materials, such as integral impeller, blade, titanium alloy and high-temperature alloy parts. Precision forging and pressing can save valuable materials and cutting time, reduce the weight of the blank and improve the performance of the product. The common precision forging methods in the aerospace industry include precision die forging, isothermal die forging, superplastic isothermal die forging and multidirectional die forging.
Superplastic isothermal die forging for precision forging equipment
The precision forging and pressing equipment heats the metal blank with superplasticity and keeps it within the superplasticity temperature range of the material. The blank of titanium alloy and superalloy used in superplastic isothermal die forging should have superfine grain. The blank can be made by hot isostatic pressing with superfine alloy powder. Due to the small deformation resistance of the superplastic isothermal die forging, the power of the equipment required is only 1/5 to 1/10 of that of the ordinary die forging. The forgings are precise in size and uniform in structure, suitable for making engine turbine disc and compressor disc.
Precision die forging for precision forging equipment
Precision forging equipment the process of forging on a press using precision dies and die bases. Suitable for making medium and small sized titanium and stainless steel compressor blades. The dimension precision of the molded surface can be controlled within 0.13mm, and the blade can be made by chemical milling, grinding, vibration finishing, tenon and other processing processes after die forging.