China High Voltage Polymer Insulator Manufacturer, Supplier, Factory

Small bus end cover for switchgear Product Background: Richge is a manufacturer of Small Bus End Covers for switchgear in China, specializing in precision-engineered components that provide essential protection and finishing for busbar connections within switchgear systems. Our bus end covers are designed to enhance the safety, performance, and reliability of electrical installations.

At Richge, we specialize in high-quality switchgear components, including our advanced switchgear keys. Engineered for precision and durability, our switchgear keys ensure secure and reliable operation of your electrical systems. Designed to meet rigorous industry standards, our keys provide essential functionality for both safety and efficiency. We offer a wide range of switchgear keys to suit various applications, from standard to customized solutions. Our commitment to innovation and quality guarantees that each key delivers optimal performance and longevity. Partner with us to enhance your switchgear systems with top-of-the-line components. Discover more about our products and how they can meet your specific needs by visiting our website or contacting our sales team.

Richge specializes in the design and manufacture of high-quality switchgear handles, dedicated to providing reliable electrical solutions to customers worldwide. Our switchgear handles are made from premium materials and crafted with precision to ensure exceptional durability and safety in demanding industrial environments. Through continuous innovation and technological advancements, our products not only meet international standards but also cater to the specific needs of our clients. Whether in the energy, manufacturing, or infrastructure sectors, our switchgear handles are widely recognized for their outstanding performance and reliability.

Richge is a manufacturer of Electric Interlock Mechanisms in China, specializing in sophisticated solutions designed to enhance the safety and reliability of electrical systems. Our electric interlock mechanisms are engineered to provide precise control and prevent unauthorized or unsafe operations in various switchgear applications.

VSG-C/12 type Side installation Indoor high voltage vacuum circuit breaker used spring to storage energy. The operating mechanism can be operated by two ways, by manual and electromotive operation, The characteristics is according with GB1984-2003 High Voltage AC Circuit Breaker, JB3855-1996 3.6-4.5KV Indoor AC High Voltage AC Circuit Breaker and IEC standard 62271-100:200162271-100:2001 High Voltage AC Circuit Breaker. VSG-12C indoor high-voltage side-mounted vacuum circuit breaker is an indoor and outdoor switchgear for 12kV power system. Loads of different natures, frequent operations, and occasions where short-circuit current is broken multiple times. The product adopts a new type of circuit breaker operating mechanism, and the primary part of VSG-12 can use international brand solid-sealed poles to seal the vacuum interrupter and the main conductive circuit parts into a whole to protect the interrupter from collision, dust and condensation. It has strong environmental adaptability, greatly reduces operation and maintenance costs, and truly realizes the maintenance-free one-time part of the product and less maintenance of the operating mechanism. Perform frequent operations or break short-circuit current multiple times; the mechanical life can be up to 30,000 times, and the full-capacity short-circuit current breaking times can reach 50 times

The Vertical Busbar Support is a critical component in electrical switchgear systems, specifically designed to provide robust and reliable support for vertical busbars. Constructed from high-strength, insulating materials such as fiberglass-reinforced polyester or epoxy, these supports ensure optimal electrical insulation and mechanical stability. They are engineered to withstand high mechanical stress and thermal expansion, maintaining the busbars' alignment and preventing sagging or misalignment that could lead to electrical faults.