In high voltage system the insulation quality is crucial for the reliability and long uses but Yawei transformer uses advanced insulating materials to ensures the safe and durable performance in demanding the good conditions.

Nomex, Epoxy Resin, and Silicone-Based Insulation for >35kV Systems

For the voltages above 35KV the standard materials aren't enough but with Yawei the uses specializes insulation like the Nomex paper for heat a best quality insulation for heat resistant, epoxy resins for the strength and dielectric performance and silicon composites for flexibility and the water resistance. This materials ensures our transformer can withstand high electrical stress and reliability.

Partial Discharge Resistance for Long-Term Reliability

Partial discharge or PD causes insulation to breakdown in high voltage system, but with Yawei the combats this by using same materials without void testing for long term PD material and filly integrating cellulose insolation. These measures prevent early insulation failure and extend transformer lifespan.

Tracking and Erosion Resistance in Polluted Environments

In the industrial and costal settings the contamination can damage the insulation, YAwei addresses this with hydrophobic silicone coatings and the anti tracking additives the optimized creepage distances and prevent conductive paths even in the dusty are or polluted environments.

Dimensional Stability Under Thermal Cycling

In the industrial and costal environments contamination can cause insulation damage, YAwei prevents this with the hydrophobic silicone coatings to ensure the insulation and maintain in the good condition through nay kinds of disaster in the environments.

The YAWEI Commitment: Engineered for Electrical Integrity

At YAwei transformer the insulation is treated as avital engineered system ,through the careful material selection am advanced manufacturing and the testing, they ensure every component are from the wire too windings to internal barriers that delivers a reliable high voltage performance.