Mg Alloy Flux
Magnesium alloyfluxhas a low melting point and small heat capacity. When heated in the air, it gets oxidized fast, and it is easy to burn when overheated. When in a melting state without any flux, it can be burned violently. Therefore, the magnesium alloy must always be in flux or protective atmosphere during the casting process. The quality of molten casting depends greatly on the quality of the flux and the melt protection.
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Magnesium Chloride Anhydrous |
Anhydrous magnesium chloride is our main raw materials for producing foundry fluxes, it is a byproduct of titanium sponge from the three largest ti... |
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Recovery Flux |
Recovery Flux (SATA-PF-320)
General Description of Recovery Flux (SATA-PF-320)
SATA recovery flux is a kind of flux used flux for recovering the en... |
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Master Alloy |
Master AlloyManufacturer
Description of Master Alloy
SATA-Master alloys melt at a lower temperature as compared to primary metals. Controlled addit... |
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Synthetic Cryolite (Na3ALF6) |
General description of Synthetic Cryolite (Na3ALF6)
Sandy, Powder, Granule
Application of Synthetic Cryolite(Na3ALF6)
Synthetic Cryolite (Sodi... |
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Synthetic Cryolite |
Synthetic Cryolite
General Description ofSynthetic Cryolite
Sodium HexafluoroaluminateFormula: Na3AlF6
CAS NO.:13775-53-6/15096-52-3
EINECS NO:238-... |
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