China low particle clean regulator Manufacturer, Supplier, Factory

Richge specializes in manufacturing high-performance Switchgear Insulation Barriers designed to provide exceptional safety in electrical switchgear systems. Our insulation barriers are made from high-temperature-resistant and high-strength materials, ensuring effective isolation of live components and preventing electrical arc faults. With precision design and manufacturing, our products comply with international safety standards and are widely used in various industries to ensure the stable operation of power systems.Richge is dedicated to offering customizable insulation barrier solutions tailored to meet the unique needs of different applications.

The NS250 Polyfast switchgear accessories are essential components designed to enhance the functionality and safety of electrical switchgear systems. Engineered for robustness and reliability, these accessories are specifically tailored for the NS250 series, ensuring compatibility and optimal performance.

Roof seal strip The IP31 Roof Joint is a robust and highly reliable component designed for use in electrical switchgear installations. With an ingress protection rating of IP31, this joint ensures a high level of protection against dust and condensation, making it suitable for various environmental conditions.

SOLH CRB1 / CRB2 vane-type rotary actuators are fully interchangeable with equivalent SMC swing cylinders. Direct vane drive eliminates gear backlash, delivering low rotary inertia and ultra-fast response. CRB2 is the compact light-duty range with bore sizes 10~40 mm; single vane supports up to 270° swing while double vane limits rotation to 90°/100°, ideal for high-speed mini flipping in confined-space 3C and packaging equipment. CRB1 heavy-duty series covers 50~100 mm bores with full bearing support and outstanding impact resistance, providing maximum torque up to 24 N·m for heavy fixture and large workpiece indexing turnover. Single vane offers wide swing range, whereas double vane doubles torque at the same bore size. Built-in rubber bumpers come standard; angle adjuster suffix Z and hollow shaft are optional, and CDRB variants integrate permanent magnets compatible with D-M9B / D-A93 reed switches. Compared with MSQ rack-and-pinion rotary tables, vane-type cylinders feature slimmer body and faster rotation with zero backlash yet weaker radial & axial load capacity, making them the top choice for high-speed light-load rotary tasks requiring large swing angles.

Our company specializes in producing high-quality switchgear components, including the Switchgear Slide Block. Known for its precision engineering and durability, our slide blocks ensure smooth and reliable operation of switchgear drawers and moving parts. Manufactured using advanced materials and cutting-edge technology, our products meet rigorous industry standards, providing excellent performance in various electrical distribution systems. With a commitment to innovation and customer satisfaction, we strive to deliver products that enhance the safety, efficiency, and longevity of your switchgear equipment. Our expertise in the field makes us a trusted partner for all your switchgear component needs.

SOLH TWH & TWM lever roller stopper cylinders are tailor-made for 30–300kg medium-to-heavy conveyor pallet positioning. Optional built-in mechanical self-locking structure effectively stops workpiece rebound and shifting; graded hydraulic buffers include fixed damping for small bores and tunable damping for large specifications to realize gentle shock absorption. TWH double-acting delivers peak stopping force for high-frequency heavy cycles, while TWM with built-in spring triggers automatic release when power cuts off for site safety. Standard flange mounting and four-side magnetic switch installation simplify on-site assembly. Supported by our stable mass production and sufficient spot stock, these stoppers are widely deployed in intelligent warehousing, automotive assembly and welding fixture limiting with oil-free long-service operation.