Moken (Xiamen) Industrial Co., Ltd.
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High-Performance Rubber V-Rings from China Suppliers - Trusted Factory for Reliable Sealing Solutions

The V-shaped rubber seal ring is a highly effective sealing solution, ideal for various applications. Its unique V-shaped design enhances sealing performance under increased pressure and boasts excellent self-tightening properties. This seal ring is easy to install and can be stacked in multiple rings to optimize sealing effects, making it capable of handling significant pressure fluctuations.

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Characteristics
- Exceptional Flexibility: Crafted from premium rubber, this seal ring offers remarkable elasticity and flexibility, easily accommodating sealing surfaces of various shapes and sizes. It effectively compensates for surface irregularities, ensuring a tight fit.
- Reliable Sealing Efficiency: The innovative V-shaped structure allows the lips of the seal ring to conform tightly to the sealing surface when pressure is applied, creating a reliable barrier against leaks of oils, water, and gases.
- Superior Corrosion Resistance: Made from durable rubber materials, our seal rings demonstrate excellent resistance to corrosion, effectively withstanding a range of chemical substances while maintaining consistent performance across different environments.
- Effortless Installation: Designed with simplicity in mind, installation requires no special tools or complicated procedures. The seal rings can be easily placed onto the components needing sealing, significantly reducing installation costs and time.

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As one of the leading China suppliers and a trusted factory, we are committed to providing high-quality rubber V-type seal rings that meet diverse industry needs.

    Functions

    Sealing and Isolation
    01

    Sealing and Isolation

    Its main function is to form a sealing barrier between mechanical parts to prevent the leakage of fluid media between different parts or regions, ensuring the sealing and integrity of the system.

    Displacement Compensation
    02

    Displacement Compensation

    It can compensate for the displacement and deformation between parts caused by factors such as mechanical movement, thermal expansion and contraction within a certain range, and maintain the sealing effect.

    Buffering and Shock Absorbing
    03

    Buffering and Shock Absorbing

    The elasticity of rubber enables it to absorb and buffer the vibrations and impact forces generated by mechanical movement, reducing the damage to the sealing parts and the entire system.

    Application Scenarios

    Mechanical Transmission Field
    01

    Mechanical Transmission Field

    Commonly used for the sealing of various rotating shafts, such as the shaft seals of equipment like motors, reducers, and pumps, to prevent the leakage of lubricating oil and at the same time block the entry of external dust and impurities into the equipment.

    Hydraulic System
    02

    Hydraulic System

    In parts such as between the piston and the cylinder barrel of a hydraulic cylinder, and between the spool and the valve seat of a hydraulic valve, it is used to seal the hydraulic oil to ensure the stable pressure and normal operation of the hydraulic system.

    Automobile Industry
    03

    Automobile Industry

    Widely applied in components such as the engine, transmission, and drive shaft of automobiles, such as the rear crankshaft oil seal of the engine and the output shaft seal of the transmission, to ensure the sealing and reliability of each system of the automobile.

    Pipeline Connection
    04

    Pipeline Connection

    At the interfaces of pipelines, it is used to seal the fluid inside the pipeline to prevent leakage, and is suitable for pipelines transporting various media such as water, oil, and gas.

    Water Lifting and Dividing Devices for Drinking Water
    05

    Water Lifting & Dividing

    It has good corrosion resistance and abrasion resistance, can work stably in the long-term drinking water supply environment, and reduces the frequency of maintenance and replacement. It can precisely control the distribution of water flow to avoid unnecessary waste of water resources. Through a reasonable design and sealing structure, it can prevent the water from different water use points from flowing back into the main pipeline, avoiding cross-contamination of water quality.

    Certified Raw Materials:
    AS/NZS4020 JFSL 370/JIS S3200-7 KIWA KTW/W270/W534/DVGW NSF61 Ö-NORM/LMG WRAS/WRC EN681-1 PAK/PAH
    Temperature and Chemical Resistance
    06

    Limits & Resistance

    The applicable temperature range is from -55°C to 150°C. Other lower and higher temperatures can be customized. It can withstand relatively high pressure (up to dozens of MPa at the maximum), and is resistant to various chemical media such as oil, chloramine, acids, and alkalis.

    Frequently Asked Questions

    What are the primary functions of these rubber seals?
    These seals primarily serve three functions: sealing and isolation to prevent fluid leakage, displacement compensation to absorb mechanical movement and thermal expansion, and buffering/shock absorption to reduce vibration damage in mechanical systems.
    In which industries and systems are these seals typically used?
    They are widely used in mechanical transmission systems (motors, reducers, pumps), hydraulic cylinders and valves, automotive engines and transmissions, industrial pipeline connections, and municipal drinking water lifting or dividing systems.
    What certifications do your drinking water system seals carry?
    Our raw materials comply with major global drinking water safety standards, including NSF61 (USA), WRAS/WRC (UK), KTW/W270/W534/DVGW (Germany), AS/NZS4020 (Australia/New Zealand), KIWA (Netherlands), JFSL 370/JIS S3200-7 (Japan), and EN681-1 (Europe).
    What is the operating temperature range for these rubber seals?
    The standard applicable operating temperature ranges from -55°C to 150°C. Custom formulas can be engineered to meet operating requirements above or below these limits.
    How do these seals perform under high pressure and chemical exposure?
    They are designed to withstand high pressures up to dozens of MPa and provide excellent resistance to aggressive chemical media, including industrial oils, chloramine, acids, and alkalis.

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