Tin Bronze Bushing For Mining Equipment uses high-purity copper as the base material, and ...
Metallurgical Equipment Tin Bronze Alloy Plate is made of refined electrolytic copper and high-purity tin elements in a precise ratio of melting and casting, and is specially developed for working conditions in the metallurgical industry. This product shows performance in high temperature, high pressure, strong wear and corrosive environments, and is an ideal material solution for key processes such as continuous casting, rolling, and smelting.
Stability under extreme working conditions: The upper temperature limit of maintaining excellent mechanical properties is up to 450℃, the thermal expansion coefficient is low, and the dimensional stability is excellent under high temperature environment.
Extraordinary wear protection: The special alloy ratio forms a self-lubricating grain boundary structure, the hardness reaches HB180-250, and the wear rate is 30% lower than that of conventional copper alloys.
Multiple environmental resistance: Resistant to molten metal splash, acidic furnace gas and high-temperature oxidation.
Engineering-grade mechanical properties: high compressive strength and outstanding fatigue resistance.
Advanced manufacturing adaptability: Supports special processes such as precision casting and isothermal forging, and can be post-processed by laser surface strengthening.
Strictly follow the metallurgical industry standards, provide customized dimensions and heat treatment processes, and ensure the reliability of products under extreme working conditions. Through component testing, hardness testing and metallographic analysis, we ensure the stability of performance of each batch and help metallurgical equipment operate efficiently and safely.
We attach great importance to your letter and will reply to you as soon as possible.







A copper plate is a flat, semi-finished piece of copper material with a uniform thickness, typically greater than 0.2 m...
View MoreDifferences Between Self-Lubricating Bushings and Conventional Bearings In modern industrial applications, self-lubricat...
View More"Sticking" refers to the serious malfunction where the contact surfaces of the worm gear and worm stick together after f...
View MoreDetermining whether a worm gear is overloaded is crucial for preventing malfunctions. The following methods are commonly...
View MoreMechanical wear leads to increased clearance In mechanical systems, bushings typically bear axial or radial loads. Over ...
View More