Needle Valves
At Lexier, we advise you on the most suitable valve for each hydrogen application, always offering high-quality products in compliance with European standards and regulations.
 
															Needle Valves are commonly used in hydrogen applications that require precise flow control. In addition, their compact and robust design makes them ideal for installations with limited space. Our range of needle valves, made from stainless steel, provides a safe and durable solution for hydrogen services up to 1500 bar. At Lexier, we only work with leading brands in hydrogen technologies. This allows us to offer the market high-quality valves, designed and certified for use in multiple hydrogen applications, with the highest guarantee of safety and durability.
Technical Features
Sizes
From DN6 (1/4") to (3/4")
Pressure
- Up to 1500 bar (21.500 psi)
Materials
- AISI316/316L
- 1.4571/AISI 316Ti
- 1.4404
Performance
- Manual
- Penumatic
Certificates
- ATEX
- Fire Safe
- PED (according to desing and application)
Benefits
- Precise Flow Control: They allow better flow modulation and more precise and gradual control of opening and closing compared to other conventional valves.
- Versatile, Compact, and Easy to Install Design: Various designs available, enabling maximum system optimization in limited hydrogen space.
- Durability: Made from stainless steel for a long service life.
- Leak-tightness: Hermetic closure that reduces the risk of leaks.
- Safety: Made from corrosion-resistant materials and certified for hydrogen services, ensuring maximum safety.
- Automation: Pneumatic actuation available in all designs.
Our range of Needle Valves
Additional Valves
Applications for our range of Needle Valves
Our Partners
Our alliances with world-leading valve and component manufacturers enable us to offer our customers the highest quality, reliable and durable products.
How can we support your project?
If you have any questions, please fill out the form below and we will contact you.
 
															 
															 
															 
															 
															 
															 
															 
															 
															 
															 
															 
															 
															 
															 
															