Ningbo Richge Technology Co., Ltd.
Ningbo Richge Technology Co., Ltd.
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China SMC PHS series rod end bearing equivalent Manufacturer, Supplier, Factory

The incredibly rich projects administration experiences and a person to 1 service model make the substantial importance of organization communication and our easy understanding of your expectations for SMC PHS series rod end bearing equivalent, U type fish eye rod end bearing cylinder, 360 degree universal articulated cylinder joint, F-M10×1.25U rod end bearing, pneumatic cylinder fish eye joint, We welcome you to inquire us by get in touch with or mail and hope to create a successful and cooperative partnership.
SMC PHS series rod end bearing equivalent, We also provide OEM service that caters to your specific needs and requirements. With a strong team of experienced engineers in hose design and development, we value every opportunity to provide best products for our customers.

Hot Products

  • High Voltage One-piece Insulator

    High Voltage One-piece Insulator

    Richge is a manufacturer of High Voltage One-Piece Insulators in China, specializing in producing high-quality insulators designed to provide reliable electrical insulation and mechanical support in high-voltage systems. Our one-piece insulators are engineered for durability, precision, and optimal performance in demanding environments.
  • Switchgear 4P Jaw Support

    Switchgear 4P Jaw Support

    Richge specializes in providing high-quality Switchgear 4P Jaw Support solutions for switchgear. Our 4P jaw supports are designed to stabilize and support the four-pole contact points in switchgear, ensuring reliable electrical connections and performance. Made from premium materials, these supports offer excellent durability and wear resistance. Each product undergoes rigorous testing to meet international standards, making them suitable for various industrial and commercial applications. Choose our 4P jaw supports for superior product quality and exceptional service support.
  • U Type Rod End Bearing Fish Eye Joint

    U Type Rod End Bearing Fish Eye Joint

    SOLH U type fish eye rod end bearing for pneumatic cylinder rod end, 360° universal articulated joint with ±13°~±15° swing. Compensates up to 2 mm coaxial deviation, eliminates lateral force and protects cylinder seals. Threads M6×1.0-M27×2 matching 16-125 mm bores, bearing steel / self lubricating copper / 304 stainless options. AirTAC F-U and SMC PHS interchangeable. Ideal for high speed, eccentric and multi angle load mechanisms.
  • HFY Series Air Gripper-Y Type

    HFY Series Air Gripper-Y Type

    SOLH HFY Y-type pivot swing pneumatic gripper serves as a cost-effective interchangeable alternative to SMC MHC2. Driven by single piston pivot linkage with lever torque amplification. Two variants are offered: double acting HFY and single acting normally open HFTY. Swing range reaches +30°/-10° with total effective swing angle around 40°. Built-in adjustable throttle valves enable independent speed regulation for opening and closing, and repeat positioning accuracy achieves ±0.02 mm. Bore sizes cover 6/10/16/20/25/32 mm. Three mounting surfaces (bottom, side, rear) are available. Built-in magnetic rings are compatible with CMSH and DS1-G magnetic switches for limit signal feedback. It is ideal for outer wrapping gripping of round, curved and irregular miniature parts under confined installation space and high-frequency light-load handling conditions. During selection, note that clamping torque decreases with extended jaw overhang; a safety factor ≥1.5 is required for load verification. Compared with original MHC2, HFY features slightly narrower swing angle yet supports three-side mounting with superior cost performance. Original MHC2 is recommended if wider swing range or power-off normally closed holding function is required.
  • CY1 Series Magnetic Coupling Rodless Cylinder

    CY1 Series Magnetic Coupling Rodless Cylinder

    SOLH CY1 series is a classic economical magnetic coupling rodless cylinder, the predecessor of upgraded CY3 series, fully dimensionally interchangeable with original SMC CY1 products. It adopts non-contact magnetic synchronous drive and fully enclosed barrel structure with zero air leakage, suitable for oil-free clean working environments of electronics, medical and food industries. Bore sizes range from φ6 to 63 mm, standard stroke up to 1000 mm and maximum extended stroke of 1500 mm with excellent cost performance. Five structural versions are available: CY1B basic type requiring external guides and end brackets; CY1S with built-in sliding bearings for light loads without extra guides; CY1L ball bearing type for smooth high-frequency reciprocation; CY1H high-precision model achieving ±0.02mm repetitive positioning accuracy; CY1F low-profile type with 29% reduced overall height for narrow vertical installation space. The minimum starting pressure is 0.18MPa, equipped with standard dual-end rubber buffers and optional external hydraulic buffers, compatible with D-M9 and D-A9 magnetic switches for position signal feedback. It costs less than CY3 series and serves as a cost-effective choice for budget-limited conventional automation including clean-room material transfer, protective door driving and medium-long distance workpiece transportation under light to medium loads ranging from 0.5kg to 40kg.
  • High-Voltage Ground Switch for Indoor Use

    High-Voltage Ground Switch for Indoor Use

    The High-Voltage Ground Switch for Indoor Use serves as a vital safety mechanism in high-voltage power systems, facilitating the grounding and isolation of electrical equipment during maintenance work. Designed for operational voltages ranging from 12kV to 40.5kV, this switch boasts exceptional durability against short-circuit conditions and consistent mechanical reliability. Its compact and user-friendly design allows for straightforward installation and operation, making it an ideal choice for high-voltage switchgear and substations. Complying with stringent international standards, this grounding switch ensures dependable performance and safety in challenging electrical environments.

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