Technical Benefits of this HENZE Boron Nitride Solution:
HeBoSint® Boron Nitride high temperature solar and photovoltaic production components from HENZE provide
- temperature resistance in excess of 2,500°C under inert conditions or vacuum
- outstanding thermal shock resistance
- electrical insulation at high temperatures
- excellent thermal conductivity
- low density
HENZE offers:
- own state-of-the-art machining centre for Boron Nitride components
- manufacturing of single solar and photovoltaic production components 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 solar and photovoltaic production
- a certified quality assurance system
HeBoSint® High Performance Ceramics
in Solar and Photovoltaic Production
Conventional technical ceramics generate high maintenance efforts through thermal load
By far the largest portion of solar modules is based on crystalline silicon solar cells. Their basic structure is made up of monocrystalline or polycrystalline silicon wafers. During production of these silicon wafers in high temperature plants, the graphite or copper heating elements are protected by electrically insulating ceramics. Conventional ceramics are thus stressed to the limits of their thermal capacity because of the continual optimization of manufacturing methods. This leads to damage and thus time-consuming, expensive overhauls and repairs of the photovoltaic and solar production plants.
HeBoSint® Boron Nitride is considerably more durable than conventional ceramics in photovoltaic and solar production plants.
HeBoSint® is, as opposed to the materials used so far, the optimal high performance ceramic for use in high temperature furnaces employed in the manufacture of monocrystalline and polycrystalline silicon wafers. HeBoSint® Boron Nitride is distinguished by its outstanding thermal shock resistance and maximum electrical insulation. HeBoSint® Boron Nitride is considerably more dependable and long-lived than aluminium oxide, for example. At highest temperatures in vacuum or under shielding gas, HeBoSint® Boron Nitride ceramics are the optimal and often only solution.
The outstanding thermal and electrically insulating properties of Boron Nitride make HeBoSint® the preferred ceramic for distance bushes, distance tubes, distance discs, grommet bushes, electric insulators, electrically insulating bushes and other thermally and electrically stressed insulation parts.
You are looking for a technically optimal solution using boron nitride ceramics in the photovoltaic and solar industry?
We supply to globally renowned plant manufacturers and plant operators in the solar and photovoltaic industry. HeBoSint® Boron Nitride increases productivity of monocrystalline and polycrystalline silicon wafers as well as that of photovoltaic thin-film technology manufacture.
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