Products Description
About our products
Our Manganin Shunt Spot Welding combines advanced electron beam welding technology, innovative structural design, and rigorous precision testing processes to provide an excellent current measurement solution. Through micron-level welding accuracy and extremely small heat-affected zones, we ensure the high strength and conductivity of each welding point, thereby improving the stability and service life of the product. The modular design and compact layout of the product optimize space utilization, ensure efficient current shunting and accurate measurement, and effectively avoid external electromagnetic interference.
High-precision electron beam welding technology
Micron-level welding accuracy
Electron beam welding technology can achieve micron-level welding accuracy, ensuring that the size and position of the welding point are very accurate, thereby ensuring the stability and electrical performance of the contact point, and is suitable for Manganin Shunt Electrical Welding which requires high precision.
Low heat-affected zone
The heat-affected zone generated by the electron beam welding process is extremely small (≤0.5mm), which effectively avoids thermal deformation and performance loss of the material, ensures high strength and electrical conductivity of the welding part, and maintains the long-term stability of the Spot Welding Manganin Shunt.
High-strength welding connection
Electron beam welding can provide high-strength, seamless welding joints with extremely high welding strength and good conductivity. By precisely controlling the welding parameters, the reliability and durability of the welding joints under high loads are ensured.
Structural design features of the product
Modular design: Manganin Shunt Resistor Spot Weld adopts a modular structural design, which is convenient for customizing different specifications and functional modules according to needs. The design of each module optimizes current distribution and resistance control to ensure a simple structure and powerful functions.
Compact layout: The internal components of the product are compact and reasonable, which saves space to the maximum extent, ensuring efficient current shunting and accurate measurement in limited installation space, while ensuring good heat dissipation performance and improving overall service life.
Strong anti-interference: Electromagnetic interference and electrostatic protection are taken into consideration in the design of Spot Welded Manganin Resistor, and special metal surface treatment and shielding design are used to effectively avoid external electromagnetic interference and ensure the stability and measurement accuracy of the product in complex environments.
Our professional product testing
Precision electrical performance testing
In order to ensure that each Manganin Shunt Spot Welding can achieve industry-leading electrical performance, we use advanced electrical performance testing equipment to strictly test each product. Including current load tests, resistance value tests, temperature coefficient tests, etc., by simulating different working environments, and comprehensively evaluating their performance in actual applications.
Mechanical strength and reliability testing
In addition to electrical performance, we also conduct comprehensive mechanical strength and reliability testing on products. Each shunt undergoes multiple tests such as tensile strength, shock resistance, and corrosion resistance to ensure that the product can still maintain stable performance under high-intensity loads, vibration shock,s and harsh environments.
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