CryoWorks provides flexible metal hose assemblies and expansion joints for the cryogenic industry as well as many other industries.
Flexible Metal Hose Assemblies
CryoWorks fabricates all flexible metal hose assemblies in house, and we stock large quantities of the flex hose styles and the standard end connections listed below. This allows us to provide quick turnaround times with most orders being shipped in less than three business days. We strive to provide the highest quality flexible metal hose assemblies whether the application is a low-pressure water hose or an extreme pressure rocket fuel hose. Every hose assembly is leak checked to ensure a long service life. From engineering to fabrication, we have an experienced team ready to support your flexible metal hose requirements.
¼” ID and Larger Bellows Expansion Joints
Single and Multi Ply Bellows
Inline Pressure Balanced Expansion Joints
Elbow Pressure Balanced Expansion Joints
Externally Pressurized Expansion Joints
Universal Expansion Joints
Tied Universal Expansion Joints
Dual Expansion Joints
Hinged Expansion Joints
Gimbal Expansion Joints
Flow Liners for Reduced Noise and Vibration
Shrouds and Covers for Protection
Tie Rods and Limit Rods for Controlled Movement
Expansion Joints are designed to absorb system movement due to thermal expansion and contraction, seismic loads, equipment vibrations, and flow-induced vibrations. CryoWorks can engineer and fabricate the most effective solution for any application. Expansion Joint design, fabrication, and testing will conform to EJMA standards and ASME codes. CryoWorks can also perform stress analysis of expansion joints and entire systems with Finite Element Analysis (FEA), 3D CAD modeling software, and piping stress analysis software. We also have the ability to Vacuum Insulateany type of expansion joint design to ensure the most thermally efficient piping system.
CryoWorks would like to highlight its ability to take complex control systems and package them into custom vacuum insulated valve manifolds designed specifically to the customer’s design requirements and limitations