Product No: Aluminum Alloy Ingot
1, Application:
It is widely applicable to new type of advanced material and special alloys
in automobile/high-speed railway/aerospace/military industries/power and electronic/building material/food and medicine packaging and so on
2,Manufacturing process:
Optimizing raw materials → melting → matching ratio → primary purification → added alloying element → alloying → test → metallurgical structure control → secondary purification → functional testing → casting → furnace after testing → pallet packaging → exterior final inspection → entering warehouse
MAIN PRODUCTS OF THE CHEMICAL COMPOSITION
| Product name | Product name | Function & Application | Application condition |
| Aluminium and titanium alloy Al-TI Alloy | Al-Ti | Refine the grain size of aluminium and aluminium alloy, and improve the mechanical property of materials | 720ºC put into molten aluminium |
| Aluminium rare earth alloy | Al-Re | Improve the corrosion resistance and heat resistant strength of the alloy | After the completion of refining, put into 730ºC molten aluminium |
| Al-B alloy | Al-B | Remove the impurity element of electrical aluminium, and increase electric conductivity | After the completion of refining, put into 750ºC molten aluminium |
| Al-Sr alloy | Al-Sr | Be used for Si metamorphism and treatment of permanent mold casting, low-pressure casting or long-term casted eutectic and Improving property of castings and alloys | After the completion of refining, put into 750ºC-760ºC molten aluminium |
| Al-Zr alloy | Al-Zr | Refine grains and improve high-temperature strength and weldability | |
| Al-Si alloy | Al-Si | Be used for the addition or adjustment of Si | Be used for the elemental addition and simultaneously putting into furnace of solid materials; the elemental adjustment is put into 710-730ºC aluminium-water, and it is just needed to stir for 10 minutes |
| Al-Mn alloy | Al-Mn | Be used for the addition or adjustment of Mn | Be used for the elemental addition and simultaneously putting into furnace of solid materials; the elemental adjustment is put into 710-760ºC aluminium-water, and it is just needed to stir for 10 minutes |
| Al-Fe alloy | Al-Fe | Be used for the addition or adjustment of Fe | Be used for the elemental addition and simultaneously putting into furnace of solid materials; the elemental adjustment is put into 720-770ºC aluminium-water, and it is just needed to stir for 10 minutes |
| Al-Cu alloy | Al-Cu | Be used for the addition, matching or adjustment of Cu | Be used for the elemental addition and simultaneously putting into furnace of solid materials; the elemental adjustment is put into 710-730ºC aluminium-water, and it is just needed to stir for 10 minutes |
| Al-Cr alloy | Al-Cr | Be used for the elemental addition or composition adjustment of wrought aluminium alloy | Be used for the elemental addition and simultaneously putting into furnace of solid materials; the elemental adjustment is put into 700-720ºC aluminium-water, and it is just needed to stir for 10 minutes |
| Al-Be alloy | Al-Be | Be used for the oxidation film filling and micronization in the process of aviation and spaceflight aluminium alloy production | After the completion of refining, put into 690ºC-710ºC molten aluminium |
- The application temperature of the elemental adding alloys should be increased by 20ºC correspondingly when the concentration content is increased by 10ºC.
- Refined and metamorphic alloys are needed to add into pure aluminium-water, namely, it is needed to use after the completion of the refining and deslagging process to avoid the effect recession or weaken caused by impurities.
METAL FLUXER SERIES
| Name | Usage% | Temperature/ºC | Use |
| Coverer CHT-FG | 0.8-0.1kg/m2 | <660ºC | All other kinds of aluminium and aluminium alloy except high magnesium alloy. |
| Magnesium coverer CHT-MF | 0.5-1.0kg/m2 | 450ºC | Mainly for the covering of magnesium and magnesium alloy to avoid oxidation damage |
| Sodium -free coverer CHT-WNF | 0.3kg/m2 | 700-740ºC | For the covering of aluminium melt that cannot touch sodium to avoid oxidizing and damaging the aluminium liquid. |
| Fluxer 1 CHT-JL1 | 0.3<0.5% | 640ºC | Used for refining of series of processing aluminium alloy and pure aluminium except for high magnesium and popularly. |
| Magnesium Refiner CHT-MJ | 1-1.5kg/Tm | 450ºC | Mainly for the degassing and slag removal of magnesium and magnesium alloy |
| Degassing refiner CHT-CJL | 0.1-0.2% | 680-750ºC | Degassing refiner is a relatively traditional lump refiner; it has a double effect of slag removal and degassing. By far, it is widely acknowledged as the most effective solid refiner. |
| High-efficiency and Non-toxic Refiner CHT-GJL | 0.1-0.2% | 680ºC | For aluminium and aluminium alloy except high magnesium ally |
| Sodium-free Refiner CHT-WNJ | 2-5 kg/T al | 700-730ºC | The product mainly for the aluminium alloy, degassing and slag removal of wheel hubs, pistons and sodium of cars. |
| Power spraying refiner CHT-PJL | 0.1-0.2% | 700-750ºC | It has the product mainly |
| Universal Fluxer CHT-WN | 0.2-0.5% | 710-750ºC | |
| Phosphorus-copper Modifier CHT-LT | 0.4-0.6% | ||
| Aluminium-phosphorus Alloy Modifier CHT-LL | 0.2-0.4% | ||
| Copper-phosphorus Alloy Modifier CHT-TL | 0.4-0.5% | 750-760ºC | |
| Phosphorus-silicate complex Modifier CHT-BZ1 | 0.8-1.2& | ||
| Phosphorus-sulfur complex Modifier CHT-BZ2 | 1.2-1.5% | ||
| Three-component Modifier CHT-BZ3 | 2-3% | ||
| Refining Modifier CHT-BZ4 | 1.4-1.6% | ||
| Strontium Slat long-seffect Modifier CHT-BZ5 | 1.0% | >720ºC |
