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■ Overview Since the lubricated resin binder is arranged in the main component nitride, it forms a lubricating film that does not release nitride even at room temperature. The film intensity is high, the weight resistance is large, and the film lasts. It is an electrical insulation and does not respond to molten metals, glass, etc. When sprayed or applied to metal, graphite, glass surface, etc., the surface is covered with a lubricant organic binder, and the powder of nitride (BN) is not attached to the finger at room temperature. Form. ■ Features ・ Stable up to 800 ° C in oxidized atmosphere, 1,200 ° C in vacuum and 2,200 ° C in inactive atmosphere. ・ It does not respond to molten metals and molten glass. ・ The nitride of the main component is chemically stable and does not react even when used at high temperature. ・ There is good attachment to metal, graphite and glass surface. ・ The molds and surroundings do not pollute with excess nitride flour at room temperature. ■ Use 1. As a high -temperature separation agent ・ For molding diamond tools. ・ For the molding of thermosetting resin. ・ For molding sintered metal. ・ For glass molding. ・ To separate the die -cast. 2. As a high -temperature lubricant ・ For extruding aluminum, pull -out type. ・ For masking such as soldering and welding. ・ For metal lubrication under high temperature. ■ How to use ・ If garbage or oil is attached to the surface of the object to be sprayed, remove it neatly, such as a solvent. If other release agents remain, this will be completely removed. ・ Shake the cans well before use, then separate about 15 to 20cm and spray thinly and uniformly. ・ Spray is dried almost in 5 to 10 minutes, and it is completely dry in about 2 to 3 hours. ・ Because it has a flash, be sure to use it in a place without fire. ・ Dangerous substance 4th, 1st petroleum non -water soluble. ・ Be careful not to inhale steam and gas.
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Chemical formula
Crystal system
Density (G/CM^3)
Heat (J ・ G^-1 ・ DEG^-1)
Heat expansion coefficient (/℃ (C axis))
Horse resistance (Ω ・ cm)
Melting point (℃)
Thermal conductivity (J ・ CM^-1 · S^-1 · C^-1 (C axis))
Upper limit of heat resistance
capacity
exterior
hardness
Part Number
Whitey coat <Aerzol>Handling Company
Edec Co., Ltd.Categories
| Image | Price (excluding tax) | Chemical formula | Crystal system | Density (G/CM^3) | Heat (J ・ G^-1 ・ DEG^-1) | Heat expansion coefficient (/℃ (C axis)) | Horse resistance (Ω ・ cm) | Melting point (℃) | Thermal conductivity (J ・ CM^-1 · S^-1 · C^-1 (C axis)) | Upper limit of heat resistance | capacity | exterior | hardness |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
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Available upon quote | Bn | Six -sided crystal system | 2.27 | 3.62 | 410 x 10^-7 | > 10^14 | 3,100 to 3,300 | 0.036 | 900 ° C in oxidized atmosphere, 1,200 ° C in true area, 2,200 ° C in inactive atmosphere | 420ml aerozole, 800g, 3kg, 16kg UN can | White | 1-2 |
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