Forged titanium alloy

Forging titanium alloy process

What are the methods of titanium alloy forging process? In the production industry, titanium alloy forging is very common and is widely used in aerospace, chemical industry, automobile and other fields. Forging processing can make the performance of titanium alloy more stable and more consistent in application. Standard requirements and different forging methods have different differences. Next, the editor of Zhongwei Precision will explain it to you in detail!

1. Hot forging

Hot forging is one of the main methods of titanium alloy forging. The process includes three stages: heating, plastic deformation and cooling. Hot forging equipment includes furnaces, presses and dies, etc. Heating temperature and time are key factors affecting the properties of hot forged titanium alloys. Generally speaking, the heating temperature of titanium alloy is between 900-1000℃, and the heating time depends on the type of titanium alloy and the temperature of the mold. During the hot forging process, the heating temperature and time should be controlled to ensure grain refinement and uniform distribution of the titanium alloy. At the same time, appropriate mold materials and cooling methods should be selected to obtain high-strength, high-toughness titanium alloy components.

2. Cold forging

Cold forging is a forging method that performs plastic deformation at room temperature and is suitable for manufacturing small and complex titanium alloy components. Cold forging equipment includes presses, molds, cooling equipment, etc. The process of cold forging titanium alloy includes four stages: blank preparation, mold design, pressure processing and cooling. During the cold forging process, the degree of deformation and die temperature should be controlled to avoid cracks and reduced die life. At the same time, appropriate lubricants and cooling methods should be selected to obtain high-precision, high-toughness titanium alloy components.

3. Special forging

Special forging includes powder forging, isothermal forging, semi-solid forging, etc., which can obtain titanium alloy components with special properties. Powder forging is a forging method that heats titanium alloy powder to high temperatures and plastically deforms it, thereby obtaining titanium alloy components with high strength and toughness. Isothermal forging is a forging method that performs plastic deformation at constant temperature and is suitable for manufacturing large and complex titanium alloy components. Semi-solid forging is a forging method that utilizes plastic deformation of titanium alloy in a semi-solid state to obtain high-precision and high-performance titanium alloy components.

Qinhuangdao Zhongwei Precision Mechanical Parts Co., Ltd. specializes in the research and development, production, processing and sales of domestic and foreign mid-to-high-end metal materials; its products cover various metal forged parts such as aluminum alloy, stainless steel, alloy steel, special alloy, copper alloy, etc. The company has established long-term material research and development and production cooperation with a number of materials research institutes and well-known material factories, and is good at the development of solutions and comprehensive applications for aerospace and semiconductor aluminum alloys, high-end special alloys and other metal materials; now it has grown A well-known manufacturer in the high-end metal parts industry. At present, the company's high-end metal materials are widely used in aerospace, automobiles, semiconductors, chemical equipment and other fields.

Titanium alloy forging process methods mainly include hot forging, cold forging, special forging, etc. Titanium alloy forging is very important for equipment production. Titanium alloy forging processing can meet more industry applications. The choice is precision titanium alloy forging with rich experience and professional forging technology.