News
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Welding industry in controversy: are manual welders being replaced by robots?
The welding industry has been undergoing a technological revolution in recent years, and the gradual replacement of manual welders by automated welding equipment and robots has sparked widespread controversy in the industry. On the one hand, proponents argue that welding...Read more -
Plasma welding machine for globe valve
In high temperature, high pressure, corrosive media and other harsh conditions, the traditional globe valve seat, valve flap vulnerable to wear, corrosion, scouring, resulting in seal failure, shortening the service life and increasing maintenance costs. Plasma welding t...Read more -
Plasma Transfer Arc Welding Torch (PTA Welding Torch)
The Plasma Transfer Arc Torch (PTA Torch) is the centerpiece of a Plasma Transferred Arc (PTA) machine, responsible for generating the plasma arc and delivering the alloy powder precisely to the weld area. Its structure and working principle are different from the ordina...Read more -
Principles of 10 common welding methods Animation
1. Electrode Arc Welding Welding rod arc welding is the use of welding rod and workpiece established between the stable burning arc, so that the welding rod and workpiece melting, so as to obtain a solid welded joint process. During th...Read more -
What is the difference between PTA and PAW?
Plasma Transfer Arc Welding(PTA) and Plasma Arc Welding(PAW) are both plasma-based welding technologies, but they are significantly different in terms of process principles, functions and application scenarios. Principle differences Plasma Arc Welding(PAW) ...Read more -
Plasma Transfer Arc Welding (PTA/PTAW)
Plasma Transfer Arc Welding, commonly referred to as PTA or PTAW, is a heat-sourced material cladding process based on the principle of the plasma arc. The core of the process lies in the use of a high-temperature plasma arc (up to 15,000°C) to melt and metallurgically b...Read more -
Application of plasma cladding on spiral blades
Spiral blades are the core components of many mechanical devices, such as conveyors, extruders, concrete mixers, etc.. Since their working environment mostly involves the transfer of highly abrasive, high-impact or highly corrosive materials, the use of plasma cladding t...Read more -
Successful delivery of plasma and laser automated cladding equipment to Russian customer
Recently, our company successfully completed the production, transportation, installation and debugging of one set of plasma cladding automation equipment and one set of laser cladding automation equipment, and dispatched a professional technical team to the customer's s...Read more -
Plasma cladding solution with wear and corrosion resistance for TC bearings
How to use plasma to clad TC bearings?TC bearings usually refer to deep groove ball bearings with rubber seals, which are widely used in a variety of mechanical equipment, especially where good sealing performance is required. Long-term exposure to this environment will ...Read more -
Plasma cladding on valve cores
Valve cores working in high temperature, high pressure and corrosive environments for a long time often face wear, corrosion and fatigue problems, which puts forward very high technical requirements for manufacturing and maintenance. The introduction of plasma cladding t...Read more -
Comparison of PTA with TIG and MIG welding coverings
Comparison of PTA with TIG and MIG welding coverings Welding cladding technology is an important means of enhancing the surface properties of metals, and is widely used in critical components for wear resistance, corrosion resistance and high t...Read more -
Automated Laser Cladding and Welding Machine-Guide
Automated laser cladding and welding equipment is a type of industrial equipment that utilizes a high-energy laser beam to melt and clad a cladding material, such as an alloy powder or wire, onto the surface of a metal substrate. This technology enhances the surface prop...Read more
