Model: AlSb4 and AlSb5 alloy 1. Optimizing the morphology and distribution of primary silicon and eutectic silicon, refining crystalline microstructure and improving mechanical properties. 2. 250g/pc, 100pcs in a carton, 250g/carton.

Model: AlCr5, AlCr10, AlCr15 1. Used for the Cr element additive or grain refining of aluminum alloys in the course of smelting. Using temperature low, low wastage of Cr element. 2. 250g/pc, 100pcs in a carton, 25kg/carton.

Model: AlNi10 and AlNi20 1. Used for the Ni element additive of aluminum alloys in the course of smelting. Using temperature low, low wastage of Cr element. 2. 250g/pc, 100pcs in a carton, 25kg/carton.

Model: AlZr4, AlZr5, AlZr10
I.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.II. 250g/pc, 100pcs in a carton, 25kg/carton.

Model: AlFe10, AlFe20, AlFe30 I. Used for the Fe element additive of aluminum alloys in the course of smelting. Low using temperature, accurate controlling composition.II. 300g/pc. 25kg/carton.

Model: AlV4, AlV5, AlV10
I. Used for adding vanadium element in aluminum alloy melting and grain refining.II. Quality and performance characteristicsStable content and uniform composition

Model: AlBe3, AlBe5
Function: its containing 2.0%-4.0% beryllium (YS/T 282) is used to add beryllium in aluminum alloy melting under low temperature, with little loss of beryllium.

Model: AlTi5, AlTi10, AlTi15
I. Used for adding titanium element in aluminum alloy melting or grain refining, and improving comprehensive mechanical performance.II. White metal nuggets. 250g/pc, 100pcs in a carton, 25kg/carton.

1. Gray tablet. 500g/tablet, 20kg/carton. 2. Apply to the Fe element addition of aluminum and other alloys, replacing Al-Fe master alloys.

1. Apply to the Cr element addition of aluminum and other alloys, replacing Al-Cr master alloys. 2. Dull gray tablet. 250g/tablet, 20kg/carton.

Manganese Tablet 1. Apply to the Mn element addition of aluminum and other alloys, replacing Al-Mn master alloys. 2. gray tablet; 500g/tablet, 20kg/carton.

1. Used to add silicon element in or adjust trace composition of aluminum alloy, substituting silicon-bearing master alloy. 2. Gray hard chunks; 5kg/bag, 20kg/carton.

Titanium Tablet 1. Apply to the Ti element addition of aluminum and other alloys, replacing Al-Ti master alloys, have both gain-refining function of alloys. 2. Dull gray tablet. 250g/tablet, 1kg/bag, 20kg/carton.

1. Apply to the Cu element addition of aluminum and other alloys replacing Al-Cu master alloys. 2. 500g/pc, 20kg/carton.

Mn tablet, Iron tablet, Ti tablet, Cr tablet, Si95, etc.

Used for preventing oxidation burning and suction of aluminum and alloys, refining and slag removal. Form: white powder. Package: 2kg/bag, 20kg/carton.

1. Used by the penetration method, accompanied with rolling molten aluminum. It can be easily used in crucible and small melting furnaces. 2. Form: Black tablets, package: 250g/each, 25kg/carton, 1MT/pallet.

1. Apply to removing excessive sodium from aluminum and aluminum alloys. 2. white powder, 10kg/polythene bag. 20kg/carton.

1. Apply to refining treatment of zinc and zinc alloys, effectively removing the impurity and gas in the molten zinc, improving interior qualities of the materials and mechanical properties of the finished products. 2. Tablet; 250g/pc. 120pcs in a carton, 30kg/carton.

1. Used for injection refining and drossing. ZS-AJ1 is excellent for refining. ZS-AJ2 has better all-around function, with less deposit onto the furnace wall and environment-friendly in use. ZS-AJ6 is free of sodium. 2. white powder; 2kg/bag, 20kg/carton.

1. Excellent function of separating slag from the molten aluminum, efficiently separate aluminum impurity from the dross. Formed slag will not conglomerate and just includes little metal content. 2. 2kg/polythene bag, 15 bags in a carton, 30kg/carton.

(1) AX2 include Ti40% and B4%.

(2) A lot of dispersed TiB2 and TiAl3 corpuscles with high melting point are produced in the molten Al as foreign crystalline cores when these corpuscles coagulate, notably refining the crystalline configuration of the cast ingots, improving the mechanic properties of the aluminum cast.