RESIN DRY-TYPE BUSHING

The resin dry-type bushing adopts an integrated epoxy resin vacuum impregnation process, making it oil-free, gas-free, fireproof, and explosion-proof, thereby eliminating leakage and explosion hazards. Built with a capacitive grading structure, it exhibits excellent partial discharge indicators. The outer silicone rubber shed is hydrophobic and anti-pollutant, adapting to high-humidity, heavy-pollution, and high-altitude scenarios. The product is lightweight, features high mechanical strength, is shock- and impact-resistant, maintenance-free throughout its full lifecycle, and offers lower operation and maintenance costs. Strictly benchmarked against national and IEC standards, it is widely compatible with transformers and reactors and serves as a core component for new green power insulation
Note: This translation was generated by AI for reference only."

PORCELAIN BUSHING

This aluminum‑flanged porcelain bushing uses high‑strength electrical porcelain as its insulating core and is integrally assembled with a lightweight aluminum alloy flange, resulting in a compact structure and easy installation. The porcelain body is coated with an anti‑contamination glaze that provides excellent weather resistance, hydrophobicity, and resistance to pollution flashover, making it well suited for outdoor environments with heavy contamination and high‑altitude conditions. The aluminum alloy flange is lightweight, corrosion‑ and rust‑resistant, exhibits superior mechanical toughness, and offers excellent seismic performance and resistance to stress‑induced cracking. With stable insulation characteristics, low partial discharge, and high dielectric strength, it is ideal for power equipment such as transformers and switchgear, delivering a long service life and simplified maintenance while combining reliable insulation with the advantages of lightweight installation.

MOISTURE ABSORBER

A dedicated desiccant breather for transformers, featuring built-in color‑changing silica gel that absorbs moisture from the air, effectively preventing dampness from entering the oil tank and slowing the aging of insulating oil. Equipped with a transparent observation window, the color change of the silica gel is immediately visible, ensuring convenient replacement. The housing is corrosion‑resistant and durable, with a tightly sealed structure, making it suitable for various oil‑immersed transformers and instrument transformers. Available in a full range of specifications, it is easy to install, reliably controls internal humidity, reduces the risk of insulation failures, and extends the service life of power equipment—making it an essential core component for the fundamental protection of substation equipment.