Ningbo Richge Technology Co., Ltd.
Ningbo Richge Technology Co., Ltd.
Products

China Electrical Switchgear Anti-rotary Gasket Manufacturer, Supplier, Factory

Richge is a professional Electrical Switchgear Anti-rotary Gasket manufacturer and supplier in China. If you're interested in our low price products, please contact us.

Hot Products

  • Switchgear Panel Connection Kit

    Switchgear Panel Connection Kit

    The Switchgear Panel Connection Kit is an essential component designed to facilitate the seamless integration of switchgear panels in various electrical systems. This kit includes a comprehensive set of connection components such as terminal blocks, mounting brackets, and high-quality connectors that ensure reliable and efficient panel assembly and connection.
  • low voltage switchgear ring

    low voltage switchgear ring

    Our company specializes in high-quality Low Voltage Switchgear Rings, designed for reliable and efficient power distribution. Our switchgear rings are engineered to provide robust performance in low voltage applications, ensuring secure and stable electrical connections. Constructed from durable materials, they offer long-term reliability and compliance with international safety standards. Ideal for use in various industrial and commercial settings, our switchgear rings enhance system safety and operational efficiency.
  • Switchgear self-locking device

    Switchgear self-locking device

    Richge is a manufacturer of Switchgear self-locking device in China, specializing in high-precision components designed to enhance the safety and efficiency of medium-voltage switchgear systems. Our Switchgear self-locking device are engineered to provide reliable protection and control, ensuring secure operation in electrical switchgear assemblies. The Switchgear Self-locking Device is a security mechanism used for the electrical switching device, ensuring that the switching device, such as the circuit breaker, isolation switch, and load switch, can maintain the secure state during operation. The device is designed to prevent accidental operation or misoperation and to ensure that the equipment will not be re-operated in the event of power failure or other dangerous situations, thereby improving operator safety and equipment reliability.
  • Switchgear bi-directional connector

    Switchgear bi-directional connector

    Switchgear bi-directional connector Richge specializes in high-performance low-voltage switchgear, with the bi-directional connector as a key component. Designed with innovative high-strength materials, it ensures excellent stability and conductivity for bi-directional current transmission. The connector is highly reliable, especially in power systems requiring frequent switching and reverse currents. With strict quality control and precise manufacturing, Richge delivers dependable electrical connection solutions, focusing on efficiency and safety.
  • Switchgear Drawer Operation Handle

    Switchgear Drawer Operation Handle

    The Switchgear Drawer Operation Handle is a crucial component designed for the smooth operation and secure handling of switchgear drawers. Constructed from high-strength materials, typically stainless steel or durable plastics, this handle ensures robustness and longevity in demanding environments. It features an ergonomic design that provides a comfortable grip, allowing for easy manipulation of heavy or bulky drawers.
  • Low-voltage switchgear micro switch

    Low-voltage switchgear micro switch

    Low-Voltage Switchgear Micro Switch: Product Details and Applications The low-voltage switchgear micro switch is a precision-engineered component designed to ensure accurate and reliable electrical operations in switchgear systems. It is typically a compact, sensitive switch capable of triggering with minimal physical force, making it an essential part of the control and monitoring mechanisms in low-voltage switchgear assemblies.

Send Inquiry

X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept