GMK Lifting Type Jacketed Plunger Sampling Valve

PRODUCT OVERVIEW

The GMK VALVE Lifting Type Jacketed Plunger Sampling Valve is designed for safe, precise, and contamination-free sampling of viscous, high-temperature, and hazardous process media in pipeline and storage tank systems.

This lifting-type structure allows convenient operation and improved control during sampling, making it ideal for petrochemical, chemical, and industrial processing applications where safety and accuracy are essential.

The plunger mechanism directly penetrates the valve body to ensure zero-residual sampling, preventing cross-contamination and eliminating blockage or trapped media issues.

The integrated jacketed design enables heating or cooling functions, making the valve suitable for temperature-sensitive and high-viscosity media.

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CE Certification

ISO Standards

Warranty Included

KEY FEATURES

  • Lifting type design for easy and flexible operation
  • Jacketed structure supports heating and cooling control
  • Anti-blocking plunger system for stable performance
  • Zero leakage and zero residual sampling process
  • High accuracy sampling for industrial media control
  • 316L stainless steel for corrosion resistance and durability
  • Safe operation for toxic, flammable, and hazardous fluids
  • Integrated structure reduces leakage points and improves reliability

TECHNICAL SPECIFICATIONS

  • Material: 316L Stainless Steel
  • Operating Temperature: -45°C to 425°C
  • Working Pressure: 0 – 6.4 MPa
  • Structure: Lifting mechanism, plunger system, jacket layer, sealing components, flange connection
  • Medium: Viscous liquids, gases, non-corrosive and mildly corrosive fluids

APPLICATION INDUSTRIES

  • Petrochemical Industry
  • Oil & Gas Processing
  • Chemical Manufacturing
  • Industrial Pipeline Systems
  • Food & Beverage Processing
  • Dairy & Bio-Pharmaceutical Industry

WHY GMK VALVE

GMK VALVE delivers high-performance industrial sampling valve solutions designed for precision, safety, and long-term reliability in demanding process environments.