Master Bond offers a wide range of versatile, high performance epoxy formulations to withstand the severe conditions found in cryogenic environments. These adhesives, sealants and coatings are available as one or two part systems, requiring either ambient or elevated temperature cures.
Top Adhesives for Cryogenic Applications and How They Have Been Used
See below how Master Bond’s cryogenic adhesives have been utilized in various commercial and research applications worldwide.
Special Grades of Cryogenic Epoxies Are:
- Electrically conductive
- Thermally conductive/electrically insulative
- Cryogenic shock resistant
- Optically clear
- NASA low outgassing approved
- Mechanical shock resistant
These products are utilized by engineers in a wide range of different branches of technology for:
- Energy storage
- Magnetic resonance imaging
- High energy physics
Some of Our Most Popular Cryogenic Adhesive Systems
Two component, low viscosity, modified heat cured epoxy system for bonding, sealing and coating. Formulated for service at cryogenic temperatures and capable of withstanding cryogenic shock. Meets NASA low outgassing requirements. Optically clear.
Two part, room temperature curable epoxy system with high thermal conductivity. Serviceable from cryogenic temperatures up to +400°F. Electrically isolating. Meets NASA low outgassing specifications. Halogen free. Paste consistency. Formulated to cure at ambient temperatures. Withstands 1,000 hours 85°C/85% RH.
Thermally conductive/electrically insulative epoxy for bonding, sealing, potting. Good flow properties. Serviceable from 4K to +250°F. Can withstand cryogenic shocks. High dimensional stability. Complies with NASA low outgassing specifications. Black color.
Silver conductive, room temperature curing epoxy adhesive meets NASA low outgassing specifications. Serviceable from 4K to +275°F. High bond strength properties. Withstands thermal cycling. Outstanding toughness. Volume resistivit <10-3 ohm-cm. Paste viscosity. Convenient one to one mix ratio by weight or volume.