grain refining master alloy
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Aluminum Zirconium Alloy (Waffle) with factory support and igh quality
Properties & Application: Zirconium content: 812% for AlZr10; 37% for AlZr5; 26% for AlZr4. Used for the Zr element additive or grain refining of aluminum alloys in the course of smelting. Using temperature low, low wastage of Zr element. Operation Instructions: (1) Temperature: 720 minimum. (2) Dosage: according to calculating and experimental results. (3) Method: heating to the appropriate temperature, skim off the dross and put AlZr10 into the molten Al, stirring the
Fluxes
Fluxes Product Name Model Function Form Details Al Refine Fluxes Aluminum Refine Flux AJ01C, AJ02C, AJ03C, AJ05C Used for purification (refining) of aluminum alloy melting. The primary function is to remove inclusions and hydrogen in the melt. tablet contact us Al Refine Modify Dross Flux AJB1 tablet contact us Aluminum Refine Flux AJ2, AJ2A, AJ2B, AJ2a, AJ201, AJ203, AJ204, AJ205, AJ206 powder contact us Refine Flux without Fluorine and Sodium AJ4A powder contact us Refine
Aluminum Titanium Boron (Stick) (Model: AlTi5B1, AlTi3B1, AlTi5B0.2)
Products Al-Ti-B Master Alloy (Chemical Composition %) Ti B Fe Si V Impurities (total) Al AlTi5B1 4.5-5.5% 0.8-1.2% 0.30%max 0.20%max 0.20%max 0.10%max Balance AlTi5B0.2 4.5-5.5% 0.15-0.25% 0.30%max 0.20%max 0.20%max 0.10%max Balance AlTi3B1 2.5-3.5% 0.8-1.2% 0.30%max 0.20%max 0.20%max 0.10%max Balance Properties Features (1) A lot of dispersed TiB2, TiAl3, AlB2 and TiC corpuscles with high melting point are produced in the molten Aluminum as foreign crystalline cores when
High-quality Aluminum Titanium Boron (Bar) with factory supports
Products Al-Ti-B Master Alloy (Chemical Composition %) Ti B Fe Si V Impurities (total) Al AlTi5B1 4.5-5.5% 0.8-1.2% 0.30%max 0.20%max 0.20%max 0.10%max Balance AlTi5B0.2 4.5-5.5% 0.15-0.25% 0.30%max 0.20%max 0.20%max 0.10%max Balance AlTi3B1 2.5-3.5% 0.8-1.2% 0.30%max 0.20%max 0.20%max 0.10%max Balance Properties Features (1) A lot of dispersed TiB2, TiAl3, AlB2 and TiC corpuscles with high melting point are produced in the molten Aluminum as foreign crystalline cores when
