The manufacturing process of IPB360 German standard H-beam.
1. Background.
With the rapid development of the construction industry, H-beam, as an efficient structural material, has been widely used in various projects. As a high-quality product, the manufacturing process of IPB360 German standard H-beam is particularly critical. This article will provide an in-depth look at the manufacturing process of IPB360 German standard H-beam.
Second, the manufacturing process.
1.Raw material preparation: Choose high-quality raw materials, such as high-quality steel plates, welding wires, etc., to ensure the basic quality of the products.
2.Heating and rolling: After the steel plate is heated to a certain temperature by the heating furnace, it enters the rolling mill for rolling to form the prototype of H-shaped steel.
3.Straightening and finishing: Straightening and finishing the rolled steel to ensure its straightness and dimensional accuracy.
4.Cutting and assembly: The steel is cut according to the needs and assembled in a certain order and way to form a complete H-beam.
5.Quality inspection: Strict quality inspection of finished products to ensure that they meet IPB360 standards.
6.Surface treatment and packaging: Carry out the necessary surface treatment, such as painting, galvanizing, etc., and package it for easy transportation and storage.
3. Analysis of key processes.
1.Heating process: master the appropriate heating temperature and time, not only to ensure the smooth progress of the rolling process, but also to avoid the degradation of steel performance caused by excessive heating.
2.Rolling process: Precise control of the pressure, speed and angle of the rolling mill to ensure that the size and shape of the H-beam meet the requirements.
3.Straightening and finishing process: Advanced straightening and finishing technology is used to ensure the straightness and surface quality of the steel.
4.Assembly process: Optimize the assembly process and improve the structural stability of the finished H-beam.
Fourth, quality control in the manufacturing process.
1.Strictly control the quality of raw materials: ensure the basic performance of products from the source.
2.Real-time monitoring of process parameters: Through the advanced monitoring system, the parameters in the process are monitored in real time to ensure the stability of the production process and the consistency of the product.
3.Finished product testing and sampling: comprehensive testing of finished products, and regular sampling inspections are carried out to ensure product quality.
4.Establishment and implementation of quality management system: Establish a sound quality management system, and ensure that employees strictly comply with relevant regulations through training and practice.