Product Information HeBoCoat® 401E 1E Boron Nitride Aerosol Product Description HeBoCoat® 401E E is a boron nitride aerosol coating. Due to the he ethanol base a good wetting of the substrate surface and quick drying is achieved. Inorganic Ino binders provide ovide a good adhesion up to high temperatures especially on metallic, ceramic and glass surfaces. By the use of fine boron nitride powder particles good releasing and lubricating coatings are obtained, obtained, even at high temperatures. temperatures Boron nitride is stable up to 900°C in air and up to 2000°C under inert gas atmosphere. Typical Applications • • • Release agent gent for sintering, welding, soldering and brazing, anti spatter Release agent and lubricant in glass processing Protection of graphite in siliconizing siliconizin processes, release coating Instructions for Use • • • • Shake well before use For good results only clean, dry, dust and oil free surfaces may be coated Spray distance approx. 20 cm The coating is dry when no smell of solvent is perceptible Packing Units • 500 ml/can, 12 cans in a box Storage and Safety For further information please read carefully the safety data sheet. The data quoted in this leaflet are typical for the material. They are intended as a guide gu and should be used in preparing specifications. The product data may deviate from the figures given and represent our latest findings. We reserve the right to alter product data within the scope of technical progress and new developments. Since processing ing involves factors that are beyond our control, recommendations made in this leaflet should be checked by preliminary trials, especially if other companies‘ raw materials are being used. These recommendations do not absolve the user from the obligation off investigating the possibility of infringement of third parties‘ rights and if necessary, clarifying the situation. Henze Boron Nitride Products AG Grundweg 1 D--87493 Lauben Tel. +49-(0)8374+49 58997- 0 Fax +49-(0)8374+49 58997- 99 www.henze www.henze-bnp.de info@henze [email protected] Date: pag 1/1 page 13 February 2014 201