Stainless Seamless Tube for Hydrogen Gas

Product Details:

Click to View more
Share Your Product:

Request to Call Back Send Inquiry

Stainless Seamless Tube for Hydrogen Gas Price And Quantity

Minimum Order Quantity 10 Ton

Product Description

Hydrogen is an important resource that is now expanding into various fields.
In particular, hydrogen vehicles require a high-pressure gas environment and have strict requirements to meet it.
TRIS produces and supplies products that customers require based on the understanding of using environment.

Company Information

Tris Tube Co., Ltd is a manufacturer of precision seamless and welded tubes.
The products are supplying to the various industries such as Oil&Gas, Semiconductor, Automotive, Shipbuilding, food and beverage and Gas with high pressure (Hydrogen Gas station)
The products are supplied with Straight tube and Coiled tube.

Advanced Hydrogen Compatibility

These seamless tubes are specifically rated for use in hydrogen gas service, making them ideal for high-pressure and cryogenic hydrogen applications. Their excellent resistance to embrittlement ensures safety and longevity, outperforming traditional tubing solutions in demanding operating conditions.

Manufacturing and Quality Assurance

Produced as seamless tubes with round shapes and polished surface finishes, these products undergo thorough hydrostatic and non-destructive testing. Adherence to international ASTM standards guarantees consistent performance, while flexible end connection options support customized installation requirements.

Wide Material Selection

Available in grades 304, 304L, 316, 316L, or as specified, the tubes can be tailored to meet diverse chemical and mechanical project specifications. This variety supports optimal corrosion resistance and mechanical strength for different hydrogen gas transfer environments.

FAQ's of Stainless Seamless Tube for Hydrogen Gas:

Q: How does the Stainless Seamless Tube ensure safety for hydrogen gas applications?

A: The tube is specially rated for hydrogen service, offering excellent corrosion resistance and protection against hydrogen-related embrittlement. Thorough hydrostatic and non-destructive testing further guarantees the integrity and safe performance under high pressures and extreme temperatures.

Q: What end connection options are available for installation?

A: You can choose from plain end, beveled end, or threaded connections, based on your specific application requirements. This flexibility simplifies integration with existing systems and ensures secure, leak-proof hydrogen gas transfer.

Q: When should I use a specific stainless steel grade for my hydrogen gas system?

A: The choice of grade-304, 304L, 316, 316L, or customized-depends on the required corrosion resistance, operating temperature, and pressure conditions. Higher grades like 316L are preferred for more aggressive environments or where enhanced durability is needed.

Q: Where can these seamless tubes be sourced?

A: Distributors, exporters, manufacturers, suppliers, and traders based in Korea South provide these tubes. Products can be tailored and supplied according to client specifications and regulatory requirements.

Q: What testing procedures are performed to ensure tube reliability?

A: Every tube undergoes hydrostatic testing to verify pressure resistance and non-destructive examinations to detect any material flaws. These procedures uphold international quality standards for hydrogen gas transport.

Q: How does seamless tube construction benefit hydrogen gas transfer?

A: Seamless tube manufacturing eliminates weld seams, reducing the risk of leaks and increasing the structural strength. This is crucial for handling high-pressure hydrogen gas safely and maintaining long-term system reliability.

Q: What is the process for ordering custom specifications?

A: Clients may specify the desired grade, dimensions, pressure rating, temperature range, and end connections. Orders are processed through the distributor or manufacturer to ensure products align with project needs and standards.