Advantage
Anchored to high-voltage scenarios
Fully benchmarked against IEC 60855, ANSI/ASTM F711 high-voltage standards, with enhanced insulation and mechanical safety redundancy
Reduce communication costs
Standardize key parameters and visualize core links
Avoid adaptation risks
Add on-site adaptation verification to ensure seamless compatibility with poles and existing tools
Customized Process for Live Working Tools
Demand Research
Solution Design
Formal Quotation
Sample Order
Sample R&D
Test & Approval
Related Projects
The company was renovating a 110kV aging transmission line built in the 1980s. The key pain points were: ① Existing porcelain insulators were heavy and difficult to replace; ② Traditional tools could not fit the special tower hardware; ③ The project required compliance with EU REACH environmental standards.
The company undertook a 500kV high-voltage transmission line project in the Drakensberg Mountains (altitude ≥3,500m). Traditional insulated tools suffered from reduced insulation performance due to thin air, and the low temperature (-25℃ in winter) caused handle brittleness.
Located in a coastal area with severe salt spray corrosion, PT Indo Power faced frequent insulator flashovers and metal fitting rust, leading to monthly power outages. They needed insulators that could resist strong corrosion, maintain hydrophobicity for long periods, and fit their existing 220kV transmission tower hardware.
