Enhance Your Spacecraft's Performance with the Highest Quality Precision Tubes
Our high-precision tubes enable space vehicles to travel farther, faster, and more efficiently - ensuring reliability in the most extreme conditions.



Enhance Your Spacecraft's Performance with the Highest Quality Precision Tubes
Our high-precision tubes enable space vehicles to travel farther, faster, and more efficiently - ensuring reliability in the most extreme conditions.

What's included in this whitepaper?


From nickel alloys to stainless steel and titanium, we collaborate with leading Space OEMs to deliver the best material solutions. Our precision tubes are used in propulsion systems, heat exchangers, fuel and hydraulics for rocket engines, life support systems, and rocket fuel transfer.

Our NADCAP-certified tubes deliver consistent performance under extreme temperatures and pressure fluctuations. With rigorous inspection and quality control at every stage, we set new standards for reliability.

Our legacy in the space industry dates back to the 1960s, Since then, we have engineered precision materials for historic projects including Telstar 1, Apollo Program, NASA Space Shuttle, Mars Exploration Rovers, and the Solar Orbiter.
Lightweight and high-strength titanium tubes in grades Ti 1, 2, 5, 9 and more, for satellite propulsion systems.
Engineered for exceptional heat and corrosion resistance, available in multiple grades for rocket engines.
Our stainless steel tubes are available in standard 300 series as well as specialty alloys for superior performance.
