Last updated: 2026/06/06
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MOV Block for Distribution Arrester
D30 Series MOV Block for Distribution Arrester
D32 Series MOV Block for Distribution Arrester
D33 Series MOV Block for Distribution Arrester
D36 Series MOV Block for Distribution Arrester
D45 Series MOV Block for Distribution Arrester
D48 Series MOV Block for Distribution Arrester
MOV Block for Substation Arrester
D41 Series MOV Block for Substation Arrester
D42 Series MOV Block for Substation Arrester
D50 Series MOV Block for Substation Arrester
D71 Series MOV Block for Substation Arrester
D85 Series MOV Block for Substation Arrester
D99 Series MOV Block for Substation Arrester
D105 Series MOV Block for Substation Arrester
MOV Block for Line Surge Arrester
D48 Series MOV Block for Line Surge Arrester
D60 Series MOV Block for Line Surge Arrester
D70 Series MOV Block for Line Surge Arrester
D78 Series MOV Block for Line Surge Arrester
High Gradient MOV Block for GIS Arresters
D70 Series High Gradient MOV Block for GIS Arresters
D85 Series High Gradient MOV Block for GIS Arresters
D99 Series High Gradient MOV Block for GIS Arresters
D105 Series High Gradient MOV Block for GIS Arresters
MOV Block for DC Arresters
D71H22.5DC MOV Block for DC Arresters
D78H35.4 MOV Block for DC Arresters
D99H21.4 MOV Block for DC Arresters
Varistors for Surge Protective Devices
Printing MOV Disk
Finished MOV Disk
Arrester Core
PBT Arrester Core
10kV Duriton Core
35kV Duriton Core
Arrester Epoxy Glass Wound Core
Unidirectional Weftless Tape Winding Core
Fiber Glass Winding Core
Surge Arrester
TGE-MOA-A Series IEC
TGE-MOA-A Series IEC
TGE-MOA-3A IEC
TGE-MOA-6A IEC
TGE-MOA-9A IEC
TGE-MOA-12A IEC
TGE-MOA-15A IEC
TGE-MOA-18A IEC
TGE-MOA-21A IEC
TGE-MOA-24A IEC
TGE-MOA-27A IEC
TGE-MOA-30A IEC
TGE-MOA-33A IEC
TGE-MOA-36A IEC
TGE-MOA-39A IEC
TGE-MOA-42A IEC
TGE-MOA-45A IEC
TGE-MOA-B Series IEEE
TGE-MOA-B Series IEEE
TGE-MOA-3B IEEE
TGE-MOA-6B IEEE
TGE-MOA-9B IEEE
TGE-MOA-10B IEEE
TGE-MOA-12B IEEE
TGE-MOA-15B IEEE
TGE-MOA-18B IEEE
TGE-MOA-21B IEEE
TGE-MOA-24B IEEE
TGE-MOA-27B IEEE
TGE-MOA-30B IEEE
TGE-MOA-36B IEEE
TGE-MOA-39B IEEE
TGE-MOA-42B IEEE
TGE-MOA-45B IEEE
TGE-MOA-B Series IEEE Features
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Main structural/technical advantages of TGE-MOA-B Series IEEE
TGE-MOA-DC Series
TGE-MOA-DC IEC-1.2
TGE-MOA-DC IEC-2.4
TGE-MOA-DC Series Features
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Main structural/technical advantages of TGE-MOA-DC Series
TGE-MOA-DH/DL/SL GB/T 32520
TGE-MOA-DH DL SL GBT32520
Features of TGE-MOA-DH/DL/SL GB/T 32520
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Main structural/technical advantages of TGE-MOA-DH/DL/SL GB/T 32520
TGE-MOA-DH/DL/SL GB/T 11032
TGE-MOA GBT11032
Features of TGE-MOA-DH/DL/SL GB/T 11032
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Main structural/technical advantages of TGE-MOA-DH/DL/SL GB/T 11032
Custom
Custom MOV Varistor
Custom Arrester Core
OEM Arrester
Testing
Test Capability
Test Items
Test Methods
MSA
Test Equipment Inspection Method
Solution
Power & Energy
Industrial Components
Protect Speed Rail & DC Train System
Company
Company Profile
Our History
Factory Show
Company News
United for Progress, Co-creating a New Chapter
TGE Overseas Business Operations & Tendering with Specialized Training on Surge Arrester
TGE Co-Hosts 2025 Arrester Technology Training and Standard Publicity Conference in Xi'an
TGE Executive Team Embarks on In-Depth Study Tour of Japanese Powder Industry, Gains Insights from Otsuka Electronics and Hosokawa Micron on Day 1
TGE Deeply Participates in IEC TC37 2025 Panama Autumn Meeting
TGE Wins Three Prestigious Awards at National Surge Arrester Standardization Committee and 2025 Annual Meeting
TGE丨IEC TC37/MT4 & IEEE PES Spring Meeting: China's Lightning Protection Technology Takes the Global Stage
Siemens Energy Supplier Day 2024
TGE officially started working on the eighth day of the first lunar month
TGE to showcase at 2025 Middle East Energy Dubai,cordially Inviting Global Partners to Explore the Future of Energy Together
Technology Training of Surge Arrester
Middle East Energy 2024 & IEEE/PES Transmission & Distribution Conference
IEC/TC37 Spring Meeting of Working Group 14 was successfully concluded in Xi'an Jointly drawing a new chapter of lightning protection
New Introdution of MOV Blocks
TGE Issued New Technical Parameters Of Metal Oxide Varistors (D45 & D48）
TGE Issued New Technical Parameters Of Metal Oxide Varistors (D42）
TGE Issued New Technical Parameters of Metal Oxide Varistors (D50 & D60)
TGE Issued New Technical Parameters of Metal Oxide Varistors (ELGA MOV)
TGE Issued New Technical Parameters of Metal Oxide Varistors (High Gradient MOV)
TGE Excellent Employee Award Conference 2022
Good Start Activity in 2022
TGE&2023 INMR WORLD CONGRESS
TGE new production line opening ceremony
Warm Love On Winter Solstice Event
SIEMENS ENERGY Awarded TGE Strategic Partners And The Best Comprehensive Competitiveness
Staff Quality And Safety Theme Activities Were Successfully Completed
The First Interesting Sports Competition
The Government Of China Would Vaccinate The Citizens Of COVID-19 For Free
Environmental Sustainability Commitment Letter
Good Start Activity
TGE New Products Surge Protective Devices
Merry Christmas And Happy New Year
Congratulations To Our Company For Winning The Honorary Title Of Outstanding Technology Company
TGE New Metal Oxide Varistors's Specifications of Mar 5th 2019
Great Progress Of TGE's D62H22.5 MOV With 1200A 2ms Withstand Test And 120kA 4/10µs High Current Test
D71H22.5 DC MOV With 1800A 2ms Withstand Test And 120kA 4/10µs High Current Test
D48H34 MOV With 800A 2ms Withstand Test And 120kA 4/10µs High Current Test
Great Progress of TGE's D71H22.5 MOV with 1800A 2ms Withstand Test and 120kA 4/10µs High Current Test
TGE's Employees Visited The Three Gorges Hydroelectric Power Station For Team Building
TGE's Updated ISO9001:2015 Quality Management System Certificate
TGE Developed New Generation High Gradient MOV
TGE Developed New Generation DC MOV
TGE Developed New Generation AC MOV
TGE Developed D36 Series For Distribution Arresters For Heavy Duty Application
TGE D33 Series Passed 2 Impulses 100kA 4/10µs Test
TGE Issued New Technical Specifications Of MOV
Our Workshop
Welcome Our Distinguished Guests From Germany
Xi'an Famous Product Certification For TGE's Metal Oxide Varistors
TGE' HOUSEWARMING
The First Summer in the New Factory
Merry Christmas from TGE
In-depth Technical Exchange: Experts from Lightning Protection Research Institute Visit TGE
TGE Co-Hosts 2025 Arrester Technology Training and Standard Publicity Conference in Xi'an
TGE Executive Team Embarks on In-Depth Study Tour of Japanese Powder Industry, Gains Insights from Otsuka Electronics and Hosokawa Micron on Day 1
Xi'an Tiangong Electric's Japan Inspection Deepens: Exploring POWTEX Osaka Powder Exhibition and Kyocera Headquarters
Zhao Dongyi disassembled the core of resistor chip manufacturing, and Huang Jiarui elaborated on the key points of inspection
2025 Arrester Technology Training Conference Concludes Successfully: Experts from China Southern Power Grid Elaborate on Key Technologies of Distribution Network and Transmission Line Lightning Protection
TGE SHINES AT 2025 INMR WORLD POWER CONFERENCE IN PANAMA
The Talent Program Strengthens the Company's Future Innovation Capabilities
TGE Launches New Metal Oxide Varistor (MOV) Brochure – Download Now
Merry Christmas and Happy New 2026
TGE Celebrates a New Journey – Happy New Year 2026
We Are Back! TGE Gallop Forward for the New Year!
Tech
Lightning Arrester Application: Safeguarding Buildings, Homes, and Substations
Lightning Surge Arrester: Understanding the Working Principle, Function, and Reliable Suppliers
Lightning Surge Arrester: Installation, Valve Type Arrester, and Arrester for Antenna Protection
Lightning Arrester: Understanding the Design, Use, and Purpose
TGE Developed D36 Series Energy Varistors For Distribution Arresters
TGE D32 DM and DH Series Metal Oxide Varistors Passed 100kA 4/10µs Test
What Is the Working Principle of Metal Oxide Varistors (MOVs)?
What Is a Metal Oxide Varistor (MOV) and How Does It Work?
The Most Common Applications of Zinc Oxide Varistors in Electronic Systems
How Does the Trend Towards Miniaturization and IoT Affect the Demand and Use of Zinc Oxide Varistors?
How Does the Manufacturing Process for Zinc Oxide Varistors Differ from That of Other Varistor Types?
What Are the Most Common Manufacturing Techniques for Zinc Oxide Varistors?
What Are the Primary Applications for MOV Varistors in Electronic Systems?
The Primary Differences in Performance and Characteristics between Different Types of MOV Varistors
Types of Lightning Arrester for Solar Power Plants: Exploring Options for Effective Surge Protection
Guardians of Your Electronics: the Role of Metal Oxide Varistors (MOVs)
Behind the Scenes: How Metal Oxide Varistor Manufacturers Ensure Quality
How to Check a Lightning Arrester: a Comprehensive Guide
Defenders of Devices: How Metal Oxide Varistor Manufacturers Shield Electronics
Mov Arresters Demystified: Guardians of Electrical Systems
Guardians of the Grid: The Critical Role of GIS Surge Arresters
Moving With the Times: The Latest Innovations in MOV Type Surge Arresters
The Importance Of Regular Surge Arrester Testing
The Role of MOV Lightning Arresters in Industrial Settings
Advanced Surge Protection: Understanding the Cutting-Edge Features of GIS Surge Arresters
Smart Grid Solutions: How Distribution Arresters Enhance Electrical Infrastructure
How MOV Lightning Arresters Safeguard Your Electronics
Advantages of Metal Oxide Type Lightning Arresters
Advantages and Applications of ZnO Blocks
The Importance of Lightning Arrester in Power Systems for Protection and Reliability
How MOV Surge Protector Circuits Safeguard Sensitive Electronics
Choosing the Right OEM Gapless Arrester for Your Electrical System
The Impact of Surge Varistors on the Longevity of Electrical Equipment
Key Advantages of Using Metal-Oxide Varistors in Industrial and Commercial Applications
Considerations for Customizing Lightning Arrester in Substation
Definition and Advantages of Arresters
Resources
Services
Document Download
High-Performance Metal Oxide Varistors by Xi'anTiangong Electric (TGE)
Main Specifications of TGE-MOV Lightning Resistor
Metal Oxide Varistor P200628315 TGE SPD40K385C-4
Metal Oxide Varistor MOV P200628315 TGE SPD40K 385C-4 TEST REPORT
Metal Oxide Varistor Manufacturer P201111638 TGE SPD40K385C-1-2-3
Zinc Oxide Varistor Manufacturer P201111638TGE SPD40K 385C-1 and 2 and 3 TEST REPORT
TGE MOV BLOCKS TEST REPORT CEPRI (D32H36)
TGE MOV BLOCKS TEST REPORT CEPRI (D36H36.4)
TGE MOV BLOCKS TEST REPORT CEPRI (D42H23.5)
TGE MOV BLOCKS TEST REPORT CEPRI (D42H29.4)
TGE MOV BLOCKS TEST REPORT CEPRI (D45H27)
TGE MOV BLOCKS TEST REPORT CEPRI (D45H33)
TGE MOV BLOCKS TEST REPORT CEPRI (D48H27)
TGE MOV BLOCKS TEST REPORT CEPRI (D50H24)
TGE MOV BLOCKS TEST REPORT CEPRI (D60H24)
TGE MOV BLOCKS TEST REPORT CEPRI (D70H22)
TGE MOV BLOCKS TEST REPORT CEPRI (D70H23)
TGE MOV BLOCKS TEST REPORT CEPRI (D78H23)
ISO9001 2023
Environmental Sustainability Commitment Letter
Certificate
SGS
Video
Metal Oxide Varistor of TGE
TGE Issued New Technical Parameters of Metal Oxide Varistors
TGE Metal Oxide Varistors (Semi-Finished And Final Products)
9kv And 35kv Arresters' Epoxy Glass Fiber Winding Core
Distribution Arresters IEC and IEEE KEMA TEST
Italy CESI TEST 1 short circuit test 20kA 45kV distribution surge arrester
TGE MOV Blocks New Factory
Distribution Arrester OEM
Fiber Glass Winding Core of Distribution Arresters
9kV and 35kV Arresters' Epoxy Glass Fiber Winding Core
MOV BLOCKS FACTORY IN SUNMMER
MOV BLOCKS FOR ARRESTER
2023 Merry Christmas and 2024 Happy New Year, TGE's joyful video accompanies you, Have a good laugh!
Merry Christmas and Happy New Year
TGE MOV BLOCK FOR WIND POWER SYSTEM
MOV BLOCKS
TGE MOV Blocks with High Performance
Metal Oxide Varistors For Surge Arresters
Test 10kv Arrester Core
2021 Christmas blessings from TGE
Hannover Messe of TGE MOV Blocks
Merry Christmas from TGE MOV Blocks
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Last updated: 2026/06/06
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