Hollow Composite Insulated Bushing

Product voltage ratings: AC 40.5 kV–1100 V, DC ±400 kV–±1100 kV. Structure: Primarily composed of a fiberglass-reinforced plastic cylinder, silicone rubber sheds, and flanges. Mainly applicable to: instrument transformers, switchgear (GIS, HGIS, DTB, LTB, etc.), cable terminations, surge arresters, capacitors, transformers, reactors, busbar supports, and more.

Composite post insulator

Product Features and Advantages: 1. Composite insulators are made of non‑brittle materials, offering excellent explosion‑proof performance and effectively ensuring the safety of equipment and personnel. 2. Compared with porcelain insulators, they exhibit superior seismic resistance and enhanced resilience against deliberate vandalism. 3. The high‑temperature vulcanized silicone rubber sheds possess excellent hydrophobicity and outstanding hydrophobicity migration, effectively preventing flashover and ice‑flashover incidents. Moreover, they eliminate the need for manual cleaning, reducing maintenance workload and improving operational efficiency. 4. The premium high‑temperature vulcanized silicone rubber formulation demonstrates exceptional resistance to UV aging and thermal cycling, along with strong abrasion‑resistance, enabling it to withstand the erosive effects of severe wind and sand.

Composite Support Insulator for Cable Terminals

1. Composite support insulators for cable terminations are lightweight, exhibit excellent explosion-proof performance, are easy to transport, and effectively ensure the safety of equipment and personnel. 2. The high‑temperature vulcanized silicone rubber sheds possess outstanding hydrophobicity and self‑cleaning properties. 3. The high‑temperature vulcanized silicone rubber material, formulated with an optimized composition, demonstrates superior resistance to UV aging and extreme temperature fluctuations. 4. The core rod offers excellent insulation performance and high mechanical strength, while the product's overall creepage distance is substantial, effectively preventing flashover and ice‑flashover incidents.