High Temperature Heater can use in future Mars-Robot ExoMars-Rover

Innovacera’s high temperature heater has below advantages:
1. The heating elements can be built extremely small and lightweight which help the machine to consume very little energy when heating up to the high temperature reach to 1000degree.
2. The heating elements can heat to very short time. Below 1 minutes ,it can reach to 900degree.
3. This heater can resist nearly atmospheres and suitable for atmosphere on mars and lower pressures.

As far as we know, the leader company of heating element – RAUSCHERT has been supply heating element to the Max Planck Institute for Solar System Research.

The project illustrates the possibilities of the innovative high-temperature heaters on ceramic base made by Rauschert.

Learn more about Innovacera High-temperature heaters.
Pls check http://www.innovacera.com/product/alumina-ceramic-heater

Some of the Rauschert News is from:
https://rauschert.com/en/news/latest-news/223-rauschert-supplies-high-temperature-heaters-for-future-mars-robot-exomars-rover.html

PBN Plate for the MOCVD/MBE Equipment

PBN plates can be used as insulation pads, gaskets, stents and other materials, which can be used in the field of vacuum, high temperature and MBE equipment.

Pyrolytic Boron Nitride (PBN) is a white solid material that is non-porous, and non-toxic. While Boron Nitride can be formed by pressing or sintering methods, the high-purified PBN products are processed by a vapor deposition process with extremely low pressure under high temperature of 1800℃.

Characteristic

1. PBN material can resist the high temperature of 2300℃ in a vacuum environment and 2700℃ in ammonia atmosphere.
2. High purity (>99.99%). And it will not release gas impurities when services at high temperature.
3. Good toughness. It is similar to the hexagonal structure of graphite.
4. Good insulation at high temperature. The volume resistivity is 3.11×1011Ω·cm
5. Chemical inertness. Good corrosion resistance of acid, alkali and organic solvent.
6. It can reduce the heat waste by preventing heat conduction.