Technical Benefits of this HENZE Boron Nitride Solution:
- is the ideal high temperature material for innovative propulsion systems
- has the lowest specific density of all high temperature ceramic materials
- offers outstanding thermo-mechanical performance
- is resistant to oxidation caused by hot exhaust gases
- is far less susceptible to oxidation loss than graphite
- is an excellent electrical insulator
HENZE offers:
- a state-of-the-art machining centre for Boron Nitride
- manufacturing of single and multiple components for rocket and satellite propulsion systems to your exact specifications and to extremely narrow tolerances
- production of complex shapes based on proprietary process know-how
- full compliance with the typical requirements of the space industry
- a certified quality assurance system
HeBoSint® High Performance Materials in Space
Extreme requirements in rocket propulsion
Nozzles of hybrid propulsion systems (solid/liquid propellants) must be oxidation resistant; for nozzles in satellite ion beam propulsion systems electrically insulating materials are required. In both applications the materials must also comply with fundamental requirements: low weight, extreme temperature resistance as well as high stability under mechanical loads occurring during start-ups.
HeBoSint®: low density coupled with maximum load capacity
HeBoSint®, sintered Boron Nitride components from HENZE have proven their worth many times in space technology. Owing to its oxidation resistance and to its outstanding thermo-mechanical performance HeBoSint® is considered the pre-eminent high temperature material for rocket propulsion systems.
HeBoSint® also fully meets the requirements of innovative concepts such as ion beam propulsion systems for satellites or hybrid rockets.
Find a technical solution
in rocket or satellite propulsion
systems!
Please contact us.
