Changsha Xiangjia Metal Materical Co., Ltd.

Q235B low carbon spiral steel pipe   is a high-quality and efficient building material that boasts excellent strength and durability. Its unique spiral design not only enhances the pipe's strength but also improves its resistance to bending and torsion. This type of steel pipe is suitable for various building structures such as bridges, highways, tunnels, and high-rise buildings. Composition and Performance: The main components of Q235B low carbon spiral steel pipe are carbon and alloy elements. Its low carbon content ensures good welding performance and formability. Additionally, this steel pipe has excellent corrosion resistance, ensuring stability in harsh environments and providing long-lasting protection for buildings. Production Process and Quality: Q235B low carbon spiral steel pipe is manufactured using advanced production processes and equipment, guaranteeing excellent geometric dimensions and surface quality. Its precise manufacturing process gives it higher stability whe...

Introduction: When it comes to the surface treatment of   stainless steel tubes , brushing, grinding, and sandblasting each offer unique characteristics. Understanding the differences between these techniques is crucial for selecting the optimal surface finish for various applications in the industry. Brushing: Brushing refers to the initial color of stainless steel tubes, which have a smooth surface without any grainy texture. Over time, brushing develops a patina that enhances its brightness and appearance. This finish is versatile and widely used in a variety of applications. Grinding: Grinding creates a textured surface on stainless steel tubes using a grinding wheel. This finish has a heavier grainy feel compared to brushing, increasing friction and making it suitable for various kitchen utensils and appliances where a better grip is needed. Sandblasting: Sandblasting produces a textured surface on stainless steel tubes through an electrochemical process. The grainy feel of s...

The main difference between   seamless steel pipe   annealing and non-annealing lies in their organizational structure, hardness, machinability, and corrosion resistance. Structural organization and performance transformation: After the seamless steel pipe undergoes annealing treatment, its organizational structure will change. For example, annealing can reduce the hardness of the steel pipe, increase plasticity, enhance machinability, and corrosion resistance. While the steel pipe that has not been annealed may have higher hardness and strength, but it is difficult to process and handle. Annealing types: The annealing of seamless steel pipe includes full annealing, spheroidizing annealing, stress-relief annealing, etc. Full annealing aims to reduce the hardness of seamless steel pipe and eliminate the non-uniform organization and internal stress in the steel. For spheroidizing annealing, the seamless steel pipe needs to be heated to 750 degrees, held for a period of time and ...

The straightness of   seamless steel tubes   has a significant impact on pipes used in precision machinery and hydraulic cylinders. High straightness accuracy can enhance the efficiency of post-processing for customers and reduce production costs. What are the factors that affect the straightness of seamless tubes?  1. Outdated straightening equipment The outdated straightening equipment, resulting in poor straightening accuracy. The straightness of seamless steel tubes after being discharged from the furnace has not significantly improved, and only visual inspection can ensure no bending. For the precision processing industry, the straightness requirements of such seamless steel tubes cannot be met, for example, for hydraulic cylinders, which have high requirements for the straightness of steel tubes and need to ensure the consistency of the inner hole. However, outdated straightening equipment is far from meeting this requirement.  Xiangjia Steel  possesses ad...