Our CT Bushings are designed and manufactured using epoxy resin cast methods, ensuring high dielectric strength and impact resistance. Suitable for various applications such as switchgear, bus ducts, and transformers, these bushings are crafted to meet customer specifications and international standards.

Our High Voltage Transformer Bushings, made with epoxy resin cast methods, offer high bending and tensile strength. Designed for power transformers, they meet stringent international standards for high-demand applications.

Our Low Voltage Transformer Bushings are designed with epoxy resin cast to ensure excellent dielectric strength and impact resistance. These bushings are perfect for applications in low voltage transformers, providing reliable performance and durability.

Our RMU Bushings for SF6 and oil applications are designed with high-performance epoxy resin cast to provide superior dielectric strength and long creepage distance. These bushings are manufactured to meet the specific requirements of RMU applications and international standards.

Our Wall Through Bushings are designed for reliable performance in various industrial applications. Made with epoxy resin cast, these bushings offer superior dielectric strength and impact resistance, ensuring long-term durability and safety.

Our Seal Off Bushings are designed to provide a durable and reliable solution for sealing applications. Made with epoxy resin cast, these bushings offer excellent dielectric strength and impact resistance, ensuring long-term performance and reliability.

Our VCB Interrupter Housing is crafted using high-quality epoxy resin cast to provide superior dielectric strength and impact resistance. This housing offers dependable performance and longevity, making it perfect for Vacuum Circuit Breaker (VCB) applications.

Our RYB Spout Bushings are designed using high-quality epoxy resin cast to ensure superior dielectric strength and impact resistance. These bushings are ideal for switchgear applications, providing reliable and long-term performance.