Jacketed Clamp Sleeve Plunger Sampling Valve

GMK Jacketed Plunger Sampling Valve Clamp Sleeve Type

PRODUCT OVERVIEW

The GMK VALVE Jacketed Clamp Sleeve Plunger Sampling Valve is designed for safe, accurate, and leak-free sampling of viscous, high-temperature, and hazardous media in pipeline and tank systems.

This anti-blocking sampling valve is widely used in petrochemical, chemical processing, and industrial fluid systems where sampling accuracy, operator safety, and environmental protection are critical.

Its plunger-type structure penetrates through the valve body to ensure no residual leakage during sampling, eliminating contamination risks and preventing condensation or blockage issues.

With an integrated jacketed design, the valve supports temperature control functions such as heating or cooling, making it suitable for demanding process conditions.

Description
Application
Q&A

KEY FEATURES

Leak-free sampling with high accuracy and repeatability
Jacketed structure for heating or cooling media control
Anti-blocking plunger design for stable operation
No residual liquid or gas discharge during sampling
High corrosion resistance with 316L stainless steel construction
Safe operation for toxic, flammable, and explosive media
Integrated body design reduces leakage points and improves safety
Supports flange and customized connection options

TECHNICAL PARAMETERS

Material: 316L Stainless Steel
Operating Temperature: -45°C to 425°C
Working Pressure: 0 – 6.4 MPa
Structure: Valve body, plunger, transmission screw, sealing system, jacket layer, flange connection
Application Media: Viscous liquids, gas, non-corrosive or mildly corrosive media

APPLICATION INDUSTRIES

Petrochemical Industry
Chemical Processing
Oil & Gas Pipelines
Food & Beverage Processing
Dairy & Bio-Pharmaceutical Systems
Winemaking & Liquid Processing

WHY GMK VALVE

GMK VALVE focuses on industrial sampling and control valve solutions with a strong emphasis on safety, precision, and durability. Our designs follow strict manufacturing standards to ensure reliable performance in complex industrial environments.