Engineered for Excellence:
Our Aerospace Valve Solutions
Air Stop Drain Valves
Dual Functionality, Maximum Efficiency
Our latest-generation Air Stop Drain Valves redefine cabin system efficiency with:
+ Duplex Use: A single valve manages gray water in galleys and lavatories, reducing weight and complexity.Duplex Use: A single valve manages gray water in galleys and lavatories, reducing weight and complexity.
+ Superior Sealing: Designed to outperform industry benchmarks, preventing leaks and ensuring long-term reliability.Superior Sealing: Designed to outperform industry benchmarks, preventing leaks and ensuring long-term reliability.
+ Retrofit-Ready: Directly replaces competitors’ models.Retrofit-Ready: Directly replaces competitors’ models.
Why Airlines choose Hebmueller: Lighter. Smarter. More reliable.
Every gram saved translates to fuel efficiency and lower operational costs. Experience our market leading on time delivery.
Vent Valves
Isolation Valves for Potable Water
- Corrosion-Resistant Materials: Built to withstand extreme altitudes and temperature fluctuations.
- Universal Compatibility: Fits seamlessly into existing aircraft architectures.
Check Valves
Fail-Safe Fluid Flow
Zero Backflow: Ensures unidirectional flow, preventing contamination and system failure.
- Lightweight Design: Reduces aircraft weight without compromising durability or performance.
- Certified for Safety: Meets FAA, EASA, and OEM specifications—because reliability is non-negotiable.
A New Star is Born: Next-Gen VR10-3-200
Smaller, lighter & more efficient
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Potential for higher ROI for Safran Cabin
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Our Valves
VC100-6 F
The valve will stay open with an air flow rate of 0.018 cubic meters/min. The valve will close when water rise to the float level. The valve assembly must be mounted vertically within ±10° for proper operation.
VC100-6 T
The valve will stay open with an air flow rate of 0.018 cubic meters/min. The valve will close when water rise to the float level. The valve assembly must be mounted vertically within ±10° for proper operation.
VC100-6 F8H
The valve will stay open with an air flow rate of 0.018 cubic meters/min. The valve will close when water rise to the float level. The valve assembly must be mounted vertically within ±10° for proper operation.
VC100-04NPT
The valve will stay open with an air flow rate of 0.018 cubic meters/min. The valve will close when water rise to the float level. The valve assembly must be mounted vertically within ±10° for proper operation.
VC100-04NPT-02FNPT
The valve will stay open with an air flow rate of 0.018 cubic meters/min. The valve will close when water rise to the float level. The valve assembly must be mounted vertically within ±10° for proper operation.
VC2-06T01
Normal operation pressure: 2.76 barg / 40 psig
optional negative proof pressure: -0.975 barg / -14.14 psig
VC2-08T01
Normal operation pressure: 2.76 barg / 40 psig
optional negative proof pressure: -0.975 barg / -14.14 psig
VC2-06F01
Normal operation pressure: 2.76 barg / 40 psig
optional negative proof pressure: -0.975 barg / -14.14 psig
VC2-08F01
Normal operation pressure: 2.76 barg / 40 psig
optional negative proof pressure: -0.975 barg / -14.14 psig
VC203-08F01
Normal operation pressure: 2.76 barg / 40 psig
optional negative proof pressure: -0.975 barg / -14.14 psig
VC200-6F
Normal operation pressure: 2.76 barg / 40 psig
optional negative proof pressure: -0.975 barg / -14.14 psig
VC200-04NPT
The valve will stay open with an air flow rate of 0.018 cubic meters/min. The valve will close when water rise to the float level. The valve assembly must be mounted vertically within ±10° for proper operation.
VC2-04NPT
Normal operation pressure: 2.76 barg / 40 psig
optional negative proof pressure: -0.975 barg / -14.14psig
VC2-2
Normal operation pressure: 2.76 barg / 40 psig
optional negative proof pressure: -0.975 barg / -14.14psig
VC2-1
Normal operation pressure: 2.76 barg / 40 psig
optional negative proof pressure: -0.975 barg / -14.14 psig
VC2-3
Normal operation pressure: 2.76 barg / 40 psig
optional negative proof pressure: -0.975 barg / -14.14psig
VR10-3A
The valve is able to let pass particles with a size of 2 mm max. The inner surfaces are designed for waste water. A back flow check valve is incorporated in the assembly outlet fitting with 0 leakage from 5 mbarg to 700 mbarg
VR10-3-200
The valve is able to let pass particles with a size of 2 mm max. The inner surfaces are designed for waste water. A back flow check valve is
incorporated in the assembly outlet fitting with 0 leakage from 5 mbarg to 700 mbarg
VR10-10
The valve is able to let pass particles with a size of 2 mm max. The inner surfaces are designed for waste water. A back flow check valve is
incorporated in the assembly outlet fitting with 0 leakage from 5 mbarg to 700 mbarg
VR10-10BR
The valve is able to let pass particles with a size of 2 mm max. The inner surfaces are designed for waste water. A back flow check valve is
incorporated in the assembly outlet fitting with 0 leakage from 5 mbarg to 700 mbarg
VR10-17
The valve is able to let pass particles with a size of 2 mm max. The inner surfaces are designed for waste water. A back flow check valve is incorporated in the assembly outlet fitting with 0 leakage from 5 mbarg to 700 mbarg
VC105P-8H
VC104P-16H
VC104PS-16H
The valve is designed to be slightly closed. This prevents odors from escaping from the gray water pipe.
VC105U-8H
The valve is designed to allow a horizontal flow direction or a combination of horizontal / (vertical) to vertical / (horizontal) flow direction. The inlet and oulet can be mounted in various positions. (See below)
Order our valves catalogue
Please contact us directly for further assistance and/or our digital catalogue including all of our valves with detailed and technical informations.
