Atlas Fibre
Using materials like G10 in cryogenic equipment is crucial for performance under extreme cold conditions. What makes G10 the best material for cryogenic applications?
G-10 is a composite material made from layers of glass cloth impregnated with epoxy resin, and possesses relatively low thermal conductivity. Using materials like G-10 helps in minimizing heat transfer into or out of the cryogenic equipment.
G-10 has good dimensional stability even at cryogenic temperatures, so can retain its shape and structural integrity without significant expansion, contraction, or deformation under extreme cold conditions. That's crucial in preventing mechanical failures.
Cryogenic environments can subject materials to thermal stresses and mechanical loads; and using a material like G-10, known for its high strength and durability, helps ensure that the equipment can withstand these conditions without experiencing failure.
In cryogenic equipment where electrical components are used, using a material that can effectively insulate against electrical currents is critical for safety and proper functioning. In addition, the electrical properties of G-10 remain stable even at low temperatures.
G-10 is generally resistant to a wide range of chemicals, which is beneficial in cryogenic applications where exposure to various substances may occur. This chemical resistance helps maintain the integrity and performance of the equipment over time.
The combination of properties offered by G-10 makes it a suitable and important material for use in cryogenic equipment, where maintaining precise and reliable performance under extreme cold conditions is crucial.
Contact Atlas Fibre to learn more about the use of materials like G-10 in cryogenic applications and to get started on a custom part made from G10-CR for use in your cryogenic equipment.