Industry News
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The alloy materials selected for the components of wind turbine generators
A high-quality forged component is far more than just a dimensionally compliant metal blank—it represents the perfect integration of materials science, plastic deformation technology, and precision control.A high-quality forged component is far more than just a dimensionally compliant metal blan...Read more -
The alloy materials selected for the components of wind turbine generators
What alloy materials should be selected for wind turbine forgings? As a critical component in wind power generation units, the performance and quality of wind turbine forgings directly affect the stability and operational efficiency of the entire wind power system. With numerous types of alloys...Read more -
What is the difference between forged and cast components?
In mechanical manufacturing and materials engineering, forged and cast components are like the "bones" and "flesh" of industrial giants. Although both are core metal forming processes, their fundamentally different physical principles result in distinct application domains. The most fundamenta...Read more -
Simulation of forging processes for titanium alloys and typical forgings
With the rapid advancement of aviation technology, aerospace metal materials face pressing demands for lightweight performance, long service life, and excellent environmental adaptability. Titanium alloys, as a novel lightweight material developed over recent decades, exhibit superior properties...Read more -
Waveform Analysis of Defect Types in Non-destructive Testing
During routine non-destructive testing of ring components, a company observed abnormal waveforms during inspection. The defect-related waveform is shown in Figure 1, which was compared with standard crack defect waveforms commonly encountered in daily inspections (Figure 2). Comparative analysis...Read more -
Defect Analysis of the 40CrMnMoA Roll Shaft Forging
The roller shaft is made of 40CrMnMoA steel with a net weight of 36.6 tons, manufactured from a 60.5-ton steel ingot. Its manufacturing process includes: smelting, casting → forging → post-forging heat treatment → rough machining → ultrasonic testing. During ultrasonic testing, continuous defects...Read more -
Research on the Optimization of Manufacturing Process for H13 Mold Steel
H13 die steel is a hot work die steel suitable for die manufacturing in high-stress and high-temperature environments. It contains high levels of carbon and vanadium, along with appropriate amounts of alloying elements such as chromium and molybdenum, offering excellent hardenability, wear resi...Read more -
Effect of High-Temperature Normalizing on the Post-Forging Microstructure of H13 Steel
H13 steel exhibits high hardenability, excellent wear and heat resistance, maintaining relatively high hardness and strength below 600°C, along with superior cold and hot fatigue resistance and good temper stability. It is widely used in die casting molds for aluminum, copper, and their alloys, y...Read more -
Research Progress on Radial Forging Process of Superalloy Alloy
High-temperature alloys, as critical materials for high-temperature components such as turbine blades, combustion chambers, and turbine disks, are widely used in aviation, aerospace, and energy sectors due to their exceptional performance under extreme temperatures. However, controlling the micro...Read more -
Defect Characteristics in Ultrasonic Testing
This study utilizes the Ondar-3600 ultrasonic flaw detector to investigate the ultrasonic waveforms of typical defect surfaces in steel and aluminum. Through qualitative analysis of surface-reflected defect waveforms and dynamic ultrasonic characteristics, the research characterizes the pulse-typ...Read more -
Analysis of cracking after martensitic stainless steel
In recent years, with the rapid development of China's electric power and boiler industry, the demand for boiler tube billet continues to increase.10Cr9Mo1VNb is martensite type stainless steel, with high oxidation resistance and high temperature steam corrosion resistance, good impact toughness ...Read more -
Superalloy forging temperature and heating specification
Superalloy heating is carried out in two stages: preheating and heating. In order to shorten the insulation time of superalloy at forging heating temperature and avoid excessive coarsening of grains and dilution of the alloy element, in order to reduce the thermal stress caused by poor thermal co...Read more
