Metal oxide varistor MOV is the heart of an arrester. Metal oxide varistors MOVs produced by metal oxide varistor manufacturer TGE have advanced technical parameters and stable quality, E.g. Residual voltage change is within 1% after 2 impulses 100kA 4/10 µs test for TGE D36 MOV, And Residual voltage change is within 3% and Ure's change is within 1% after Qrs 0.4C charge test with 8/20 µs waveshape for TGE D36 MOV.
TGE's MOV should be widely used in Distribution, Station, and Line surge arresters to protect the stability of power energy, It is also widely used in new energy fields, such as photovoltaic power stations, wind power stations, etc.
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TGE's high gradient MOVs are also used to assemble GIS Arrester to protect high -voltage switches or other power equipment. It is also widely used in cable accessories to protect cables from voltage infringement.
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TGE DC MOVs are often used in railway Arresters, it can protect other transportation systems when suffering lightning strikes.
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Metal oxide varistor manufacturer TGE has focused on development and production of the Metal Oxide Varistor MOVs for more than 30 years. TGE will strive to grow into a century -old enterprise, continuously innovate the development of MOV in the field of power and energy protection, and provide sustainable development solutions for our strategic partners and employees.
Number of patents
Rich MOV types
MOV monthly production
R & D and Testing Center
Stable team
High efficient and high quality service
MOV type tests for all projects can be completed in the TGE laboratory. TGE can customize its own quality control plan for each customer.
Test items according to IEC60099-4 and IEEE StdC62.11a.
Test items according to IEC60099-4, IEEE StdC62.11a and specification for testing the electrical properties of TGE MOV.
Test items according to IEC60099-4 and IEEE StdC62.11a.
TGE has many years of experience in testing MOV, summarizing the method of testing equipment verification, and the city where TGE is located is the birthplace of Chinese MOV. TGE regularly compares testing data with the agency, and they regularly check the TGE device.
Aug 2026
Type tests are used to validate the design of a surge arrester family, not to test every voltage rating as an isolated product. When reviewing IEC 60099-4 documentation, the key question is whether th...
Aug 2026
Selecting a distribution class surge arrester requires more than choosing a rated voltage from a table. The arrester must be coordinated with the network grounding method, temporary overvoltage condit...
Jun 2026
TGE is one of the few manufacturers worldwide that controls the entire surge arrester value chain — from MOV development to finished product. This integrated capability, combined with rigorous testin...
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