Forging plant technology upgrades to create a more efficient production environment

Recently, Jiangsu Kaiye Heavy Industry Forging Factory ushered in a major technological upgrade, aiming to create a more efficient and environmentally friendly production environment and provide customers with better products and services. This technology upgrade mainly revolves around production equipment and process flow. We have introduced advanced automated production lines to achieve precise control of the production process through intelligent control systems, which greatly improves production efficiency and product quality. At the same time, we have also optimized the production process, reduced energy consumption and waste emissions, and actively responded to the national call for energy conservation and emission reduction.

Jiangsu Kaiye Heavy Industry Forging Factory Successfully Produced 6 Tons of Forged Shafts, DemonstratesStrong Manufacturing Strength

Recently, Jiangsu Kaiye Heavy Industry Forging Factory has made new breakthroughs in technology research and development and production capacity, successfully producing large forging shafts weighing 6 tons, once again demonstrating our strong manufacturing strength in the forging industry. The 6-ton forged shaft produced this time is not only huge in size, but also requires extremely high precision. We make full use of advanced forging equipment and professional technical team, through precise design and many tests, and finally achieved this important breakthrough. This achievement not only reflects our leading position in forging technology, but also proves our ability in the production of large forgings.

Jiangsu Kaiye Heavy Industry Forging Factory Achieve New Breakthrough in Product Finishing Technology, Forging Shaft Quality to a New Level

Jiangsu Kaiye Heavy Industry Forging Factory has made a major breakthrough in the field of finishing technology, successfully realized the finishing treatment of large forging shafts, and further improved the quality and performance of products. Finishing is an important link in the manufacturing process of forging products, which is related to the final quality and use effect of the product. In the past, we have been facing technical difficulties and efficiency bottlenecks in the finishing of large forgings. However, after a long period of technical research and development and practical exploration, we have successfully overcome this problem and achieved the finishing treatment of the 6-ton forged shaft.

Jiangsu Kaiye Heavy Industry Forging Factory Introduced Advanced Deep Hole Equipment to Improve Product Processing Accuracy and Efficiency

In order to further improve product processing accuracy and production efficiency, Jiangsu Kaiye Heavy Industry Forging Factory successfully introduced advanced deep hole processing equipment, marking a solid step in the field of high-end manufacturing. Deep hole processing technology has always been a key link in the forging industry, which has an important impact on the quality and performance of products. The traditional deep hole processing method often has problems such as low precision and low efficiency, which is difficult to meet the production requirements of high precision and high efficiency. To this end, we actively introduce advanced deep hole processing equipment to promote the upgrading of product processing technology.

Forged shaft manufacturers should be how to choose to have more advantages?

Recently, there are a lot of people looking for regular forged shaft manufacturers, in order not to affect its use effect and quality, we are here to explain how to choose forged shaft shaft manufacturers have more advantages.

Defect Analysis of Forging Manufacturer's Products

No matter what kind of products in the production process will inevitably appear some defective products, forging manufacturers of products is no exception, and forging manufacturers of products prone to defects, there are oxidation, decarburization, overheating, burning and cracks, etc., the next small series with everyone one by one analysis, the causes of these defects and improvement methods.

What are the process measures to improve the quality of spindle forgings?

The quality of spindle forgings is closely related to the quality of ingots. As the weight and size of steel ingots increase, the inherent defects of steel ingots become more serious, making the forging and welding of internal defects more difficult. In order to improve the quality of spindle forgings, the quality of steel ingots should be maximized during smelting and casting.

Precautions for the production of ring forgings

Ring forgings are widely used in industry. The following editor will briefly introduce to everyone. Ring forgings are processed into rings during the metal forging process. In reality, many parts are used in rings. At that time, the metal should be directly processed into a ring. Ring forgings are directly processed into parts, but also as metal billets for secondary processing, such as wind power industry, pressure vessels, gear blanks, bearing outer ring, pressure pipe joints are ring castings, so ring castings are widely used in the industry.

Method of quality identification of ring forgings

Ring forgings are widely used in the production equipment manufacturing industry such as forging, automobile industry, railway freight, construction engineering and other production equipment manufacturing industries. Its product quality is the initial guarantee for the production and processing of manufacturers. If the quality of stainless steel castings is not good, it will cause great harm to the quality of production and processing products and even affect the personal safety of employees.

What are the factors that affect the internal stress of heat treatment of shaft forgings?

In actual production, shaft forgings can always produce two to three different internal stresses at the same time, so the residual stress of the actual workpiece after heat treatment is the result of the combination of several basic internal stresses. The following is a brief introduction to the factors that affect the internal stress of the heat treatment of shaft forgings.