Chinese Leading Manufacturer
Electron Beam Welding
We are the speciallized exclusively factory in the development, research and production of electronic beam alloy strips thickness under 0.3mm and process equipments.
Electron Beam Welding Machine Working Video
Eletron beam welding (EBW) is a fusion welding process that uses a high-velocity electron beam to join two materials together, with a wide range of applications in many industries.
A Leading Manufacturer of Ultra-Slim Electron Beam Welding Alloy Strip & Process Equipment
We are the speciallized exclusively factory in the development, research and production of electronic beam alloy strips thickness under 0.3mm and process equipments.
Our Core Competitive Products
Our core competitive products caters to a diverse clientele, ranging from wholesalers to manufacturers.
Ultra-Slim EBW Alloy Strips
- Narrow weld: the depth to width ratio of the weld can reach 50:1.
- Small deformation: no need for follow-up processing.
- EBW Alloy Strip thickness : under 0.4mm.
- Alloy Strip Materials: AgNi10 T2 AgNi10, T2 Fe T2, T2 Ka T2,
T2 Mn T2, or other alloy strip materials as per your request.
Transverse splicing continuous welding electron beam machine
- Welding Thickness: 0.1mm to 5mm
- Narrow weld: the depth to width ratio of the weld can reach 50:1.
- Welding Materials: Refractory Metals, Reactive Metals, Dissimilar Metals.
- Key process equipment for making alloy resistance and shunt resistance.
Electron Beam Welding Alloy Resistor Shunt EA13536
- Short-time Overload: Five times rated power, five seconds
- Structure: All-Metal Structure with high power density
- Comply with ROHS requirements
- OEM/ODM is availbale
Four-Terminal Chip Resistors ED 2726 R002J
- Electron beam welding: small temperature drift
- All metal structure: high impact resistance, high temperature resistant;
- Electron beam welding: lead-free
The Applications of Electron Beam Welding in Many Industries
Our competitive products caters to a diverse clientele, ranging from wholesalers to manufacturers.
Areospace Welding
Electron beam welding has been used for decades in the fabrication and repair of jet engines, due to its ability to weld titanium, heat-resistant steel, and nickel-based alloys, as well as its ability to meet design requirements for weight, dimensional accuracy, and weld quality.
Automotive Welding
In the automotive industry, fibre-reinforced pistons are used in high-performance diesel engines. Due to high thermal loads, they are made of different aluminium alloys with cooling channels.The narrow welds lead to very low distortion of the work-piece and have a minimal impact on quality of the base materials.
Sensor and Electronics Welding
In electrolytic and resistance welding equipment, high-current flexible connectors (referred to as flexible connections) made of copper are required. The resistance of the fusion joint is significantly lower than that of a fusion joint in a conventional soldering operation.
Transmission Gear Welding
Torque converters and planetary gear carriers are parts of gearboxes, and gearbox components are one of the collars where electron beam welding is used on a large scale. They consist of deep-drawn housings and ribs, which are connected to the hub by individual ring welds. The length of the weld should be longer than the width of the rib plate.
Railway Forks Welding
Forks on railway tracks are highly susceptible to wear. Forks consist of manganese steel, which is mechanically deformed and rolled to increase its hardness. The forks were originally made in one piece and coated with maraging steel, which required extensive machining. Nowadays, electron beam welding of forks has been successfully carried out.
Electrifications Welding
Electric vehicles require a large number of rechargeable ground cells. The rechargeable battery consists of a close-fitting double die-cast aluminium casing, which has to be tightly covered at the top with a lid. Due to the relatively high gas content of the manufactured die-cast aluminium, it is difficult to achieve gas-free welding.
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