coaxial Externally Controlled Valves VMK

müller co-ax gmbh

coaxial Externally Controlled Valves VMK

coaxial Design for Optimal Media Flow
Straight-through flow with minimal pressure loss – ideal for hydrogen applications with high demands on efficiency and safety.

Remotely Controlled and Explosion-Proof
Pneumatic actuation allows use in sensitive, explosion-prone environments – a key advantage in hydrogen systems.

Versatile and Media-Resistant
Suitable for gaseous, liquid, and even contaminated media – robust against typical challenges in hydrogen operations.

Compact, Durable, and Low-Maintenance
Space-saving design, long service life, and reliable performance even under demanding conditions.

Energy-Efficient with Fast Switching
Low control air consumption and short switching times ensure precise and cost-effective process control.

Efficient Coaxial Design
The valve features a coaxial construction, allowing the media to flow straight through the housing. This minimizes pressure loss and ensures a consistent, stable flow – especially important for the safe and controlled handling of hydrogen.

Remotely Actuated Function – Ideal for Safety-Critical Applications
Pneumatic actuation enables use in areas where electrical components must be avoided, such as explosion-prone hydrogen systems. This makes the valve particularly suitable for safety-relevant applications in hydrogen technology.

High Media Compatibility and Flexibility
The VMK 10 is designed for a wide range of media – including gases, liquids, and even contaminated or abrasive substances. This makes it an excellent fit for various process steps in hydrogen systems, from production and storage to distribution.

Compact and Robust Design
Thanks to its space-saving construction, the valve can be easily integrated into confined system layouts. At the same time, high-quality workmanship ensures long service life, even under frequent switching and demanding operating conditions such as high pressures or aggressive media.

Energy Efficiency and Fast Response Times
Low control air consumption makes the valve especially energy-efficient – a key factor for sustainable hydrogen applications. Short switching times also enable precise control and fast response in process operations.

Key Features

ports: threads G 1/4 - G 3/4
orifice: DN 8 - 250 mm
Kv-value: 1,6 - 650 m³/h
pressure: 0-200 bar
temperature: 0 bis +60 °C
protection: IP65 (P54)

müller co-ax gmbh CO-AX Technology specializes in advanced hydrogen production systems, focusing on electrolysis-based methods using renewable energy. They provide innovative valve technology for stable hydrogen processes. Their expertise is showcased at major hydrogen technology expos.

First name

Last name

Company

Country

Quantity

Business e-mail

Message to vendor

I consent to the privacy policy and terms of use.*

This site is protected by reCAPTCHA and the Google privacy policy and terms of service apply.

Latest products

AEM Electrolysers AEM Electrolyzer System for Hydrogen Production - WS-2000L By Shenzhen Wenshi Hydrogen Energy Ltd.

Catalysts Platinum-Based Fuel Cell Catalysts By Shanghai Tangfeng Energy Technology Co., Ltd.

Catalysts Iridium-Based Water Electrolysis Catalysts By Shanghai Tangfeng Energy Technology Co., Ltd.

Membrane Electrode Assembly Air-cooled PEM Fuel Cell Membrane Electrode Assemblies By Shanghai Tangfeng Energy Technology Co., Ltd.

Membrane Electrode Assembly PEM Water Electrolysis Membrane Electrode Assemblies By Shanghai Tangfeng Energy Technology Co., Ltd.

Membrane Electrode Assembly Liquid-cooled PEM Fuel Cell Membrane Electrode Assemblies By Shanghai Tangfeng Energy Technology Co., Ltd.

Cell Voltage Monitors Wireless cell voltage monitoring – DILICO cell voltage pickup By DILICO engineering GmbH

Fuel Cell Air Compressors Turbo Compressor CTi-110x with integrated electronics By Celeroton TurboCell AG

Pressure Gauges JUMO safetyM TA - Multifunctional safety limit switch with fault tolerance By JUMO GmbH & Co. KG

Hydrogen Treatment Systems H₂ Conditioning & Dosing for Jet Engines By BRIGHT Group

Engineering Services 3D-Printed Graphite and SiC Reactors for CO₂-Free Hydrogen Production By BRIGHT Group

Hydrogen Treatment Systems H₂ Conditioning for Internal Combustion Engines By BRIGHT Group