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quality Heavy Duty Glass Electric Wire Insulators 400kN Glass Pole Insulators Smooth Surface factory
quality Heavy Duty Glass Electric Wire Insulators 400kN Glass Pole Insulators Smooth Surface factory

Heavy Duty Glass Electric Wire Insulators 400kN Glass Pole Insulators Smooth Surface

Heavy Duty Glass Electric Wire Insulators 400kN Glass Pole Insulators Smooth Surface
Basic Properties
Brand Name
TL
Trading Properties
MOQ
1
Unit Price
USD 4-8
Payment Method
T/T,D/P,D/A,L/C,Western Union
Product Summary

Heavy Duty Anti-Pollution Glass Insulators for Salt Fog and Industrial Dust For electrical infrastructure operating near coastlines or heavy industry, standard insulators cannot withstand the combined threat of salt fog and industrial dust. Our Heavy Duty Anti-Pollution Glass Insulators provide a ...

Product Details
Highlight:

Heavy Duty Glass Electric Wire Insulators

,

400kN Glass Electric Wire Insulators

,

400kN Glass Pole Insulators

Application: Salt Fog And Industrial Dust
Standards: IEC 60305, IEC 62231
Dry Lighting Impulse Withstand Voltage: Up To 150kV
Mechanical Failing Load: 400-550kN
Usage: Electrical Insulation
Corrosion Resistance: Enhanced
Type: Fog Type
Operating Temperature Range: -40°C To +70°C
Weather Resistance: High
Mechanical Strength: ≥ 12.5kN
Creepage Distance: ≥ 250mm
Product Description

Heavy Duty Anti-Pollution Glass Insulators for Salt Fog and Industrial Dust

For electrical infrastructure operating near coastlines or heavy industry, standard insulators cannot withstand the combined threat of salt fog and industrial dust. Our Heavy Duty Anti-Pollution Glass Insulators provide a specialized solution engineered specifically for these extreme surface contamination environments.

The advanced anti-pollution profile features an extended creepage path that disrupts leakage current formation in humid atmospheres laden with conductive particles. This targeted geometry effectively suppresses flashover events in areas where salt fog and industrial dust compromise ordinary insulator performance. Each unit undergoes thermal toughening to create a homogeneous glass structure delivering both mechanical resilience and stable electrical properties throughout its service life.

Rated at 550kN, these insulators handle the substantial loads of high-capacity transmission corridors while requiring minimal maintenance. The naturally smooth glass surface sheds contaminants during rainfall, reducing manual cleaning frequency. Material transparency enables immediate impact damage identification during aerial inspections. These characteristics make our Heavy Duty Anti-Pollution Glass Insulators the preferred choice for transmission networks traversing coastal industrial zones, desert fringe areas, and regions with persistent aerosol pollution.


 Data Sheet

Fog Type Spacing(mm) Diameter (mm) Creepage Distance(mm) Standard Coupling Mechanical Faiing Load(kN)
U70BLP 146 280 450 16 70
U70BLP1 146 255 400 16 70
U70BLP2 146 320 550 16 70
U100BLP 146 280 450 16 100
U100BLP1 146 255 400 16 100
U100BLP2 146 320 550 16 100
U120BP 146 280 450 16 120
U120BP1

146

255 400 16 120
U120BP2 146 320 550 16 120
U160BMP 155 320 550 20 160
U160BMP1 155 280 450 20 160
U160BLP 170 320 550 20 160
U160BLP1 170 280 450 20 160
U160BSP 146 320 550 20 160
U160BSP1 146 280 450 20 160
U210BP 170 320 550 20 210
U210BPL1 170 280 450 20 210
U240BP 170 320 550 24 240
U240BP1 170 280 450 24 240
U300B1 195 320 550 24 300
U300BP 195 380 690 24 300
U300BP1 195 380 635 24 300
U420BP 205 380 620 28 420
U550BP 240 390 710 32 550


Heavy Duty Glass Electric Wire Insulators 400kN Glass Pole Insulators Smooth Surface 0

Heavy Duty Glass Electric Wire Insulators 400kN Glass Pole Insulators Smooth Surface 1

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Anti-fog glass insulator production begins with automated batching of mineral raw materials melted at 1500+°C into homogeneous glass. Temperature-controlled molding forms the extended creepage profile in one operation, followed by multi-stage annealing that eliminates internal stress while preserving structural integrity.

Glass shells assemble with corrosion-resistant fittings using expanding cement and polymer sealing for permanent bonding. Every unit undergoes 100% inline testing – laser dimensional verification, mechanical load validation, and high-voltage dielectric checks under simulated contamination – before traceability coding and protective packaging. This closed-loop process ensures consistent performance in coastal, industrial, and high-altitude applications where surface contamination threatens grid reliability.

Heavy Duty Glass Electric Wire Insulators 400kN Glass Pole Insulators Smooth Surface 4