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About Cladding And Wear Solutions
1.1 Definition of Cladding Cladding is a surface modification technology mainly used to form a layer of cladding with specific properties on the surface of the substrate to improve the wear resistance, corrosion resistance, high temperature performance of the substrate. ...Read more -
How to clad glass molds？ –Detailed Clad Guide
Surface fusion cladding of glass molds is a key surface strengthening technology used to enhance the durability and performance of molds in high temperature and high abrasion environments. By coating the surface of the mold with a layer of abrasion-, corrosion-, and high...Read more -
Application of plasma cladding in valve sealing surfaces
I. Overview of the principles Plasma cladding is an advanced cladding process that uses hydrogen plasma arc as the heat source and powder alloy as the filler material. Compared with the traditional electric welding, hydrogen arc welding and other cladding methods, plasm...Read more -
Plasma clad ball valve applications
Ball valves in long-term use, due to frequent opening and closing operations, the chemical nature of the medium and the complexity of the working conditions, there may be a variety of wear and tear, corrosion and aging and other problems. In order to ensure the reliabili...Read more -
Plasma cladding in the oil industry
The application of plasma cladding technology in the petroleum industry is becoming more and more widespread, mainly because it can improve the wear resistance, corrosion resistance and high temperature resistance of the equipment, so as to extend the service life of the...Read more -
What is a micro plasma arc welding machine？
The Precision Micro Plasma Arc Welder is a high-precision welding machine that utilizes plasma arc technology to perform welding, and is mainly used to handle small precision workpieces or welding tasks that require extremely high precision. It combines plasma arc weldin...Read more -
What is the difference between laser cladding and welding?
Laser cladding and welding are two different material processing technologies that differ greatly in principle, application and purpose. Watch this article will explain to you the principles, materials, applications, heat input effects, and processing of welding and clad...Read more -
What is tig welding？
TIG welding (TIG welding, Tungsten Inert Gas welding is a kind of arc welding process using non-fused tungsten electrodes, under the protection of inert gas (mainly argon). The process is widely known for its high-quality welding results and applicable to a wide range of welding materials, especi...Read more -
How plasma arc welding is different from GTAW process?
Plasma Arc Welding (PAW) and Gas Tungsten Arc Welding (GTAW, also known as Tungsten Inert Gas Shielded Welding, TIG Welding) have many process similarities, but they also have some significant differences. The following are the major differences: 1. Arc formati...Read more -
Valve Body, Seat, and Spool Welding Guide
In the oil, gas, chemical and other industries, valves, as key control elements, are widely used in various high temperature, high pressure and corrosive environments. In order to extend the service life of the valves and improve their wear resistance and corrosion resis...Read more -
The portable laser welder you care about!
Laser welders are commonly used as welding and cladding equipment. Are you concerned that portable laser welders add portability while missing certain features compared to traditional laser welders? Curious about the benefits and some of the shortcomings of a portable la...Read more -
How to use a laser to clad motor rotors?
Repairing or strengthening motor rotors using laser cladding is a common surface engineering technique. In this article, we will explain the detailed process of laser cladding of motor rotors. In this article, we will explain the detailed process of laser cladding of mot...Read more
