Manufacturing
Aluminium is a material that can be infinitely reproduced in the repeated cycle of recycling. Continuously expanding the creation of value to cultivate the future
Aluminium Recycling Flow
Aluminium is a material that can be infinitely reproduced in the repeated cycle of recycling. Continuously expanding the creation of value to cultivate the future. Our main products are Aluminium Alloy Ingot, contributing to domestic and worldwide supply of Aluminium Raw Material for Automotive Parts, Electronic Parts, etc. as two main products :
Aluminium Alloy Ingot
for Die Casting
Aluminium Alloy Ingot
for Casting
Aluminium Recycling Flow
Aluminium is a material that can be infinitely reproduced in the repeated cycle of recycling. Continuously expanding the creation of value to cultivate the future. Our main products are Aluminium Alloy Ingot, contributing to domestic and worldwide supply of Aluminium Raw Material for Automotive Parts, Electronic Parts, etc. as two main products :
Aluminium Alloy Ingot
for Die Casting
Aluminium Alloy Ingot
for Casting
Product Application of Aluminium Alloy Ingot
Automotive Parts
Four Wheels
Two Wheels
Other Product Parts
Electronic
Home Appliance
Aluminum dross, primarily aluminum oxide, is generated during the melting process. In the past, after recovering the metallic aluminum content, the remaining dross was sometimes disposed of in landfills or managed in an environmentally hazardous way. At DAIKI, we have developed the “ ZERO WASTE SCHEME,” a method for converting aluminum dross into valuable resources, such as steel making additives used by steel makers, with zero waste disposal.
Our dross processing flow consists of two major steps. In the first step, we recover metallic aluminum from the dross. In the second step, we convert the remaining aluminum dross into valuable resources. This process contributes to zero-waste generation.. We also provide technology to dross treatment facilities, enabling them to transform dross into valuable resources.
Advantages of The Dross Treatment Process
High Aluminium Recovery Rate
CO2 Emissions Reduction
Zero Waste
Eco-Friendly
Monetization Opportunities
Zero Waste Scheme
Steel Making Additive – Aluminium Ash for the Steel Industry
Aluminum ash is used in steel making and provides various benefits such as improved yield and quality. It has various applications depending on the aluminium content, feeding method, and timing.
We mainly handle aluminium ash with 30-50% aluminium content. Please contact us for other content ratios.
Usage of Aluminium Ash in the Steel Industry
| Purpose | Effect | Advantage |
|---|---|---|
| Deoxidizer | Deoxidizer Metallic aluminium reduces iron oxide and improves the yield of iron. | Yield Increase |
| Exothermic Agent | The heat generated by the oxidation reaction of aluminum is used | Energy Efficiency Improvement Reduction of Cost Reduction of CO2 Emissions |
| Slag Reforming Agent | Reduce free CaO in steel slag to stabilize and make it easier to process slag into roadbed material. | Slag Stabilization |
| Forming Accelerator | The slag is bubbled, and the electrodes are buried within it, increasing the arc discharge’s heat transfer efficiency. This setup prevents heat from being transferred directly to the furnace wall, thereby extending the life of refractory materials. | Energy Efficiency Improvement Longer Refractory Life Reduction of Arc Flare |
| Insulation Compound | It is added to cover the surface of molten steel during casting, helping to prevent heat loss, optimizing the smelting process and preventing oxidation. | Reduction of Cost Steel Quality Improvement |
| Smelting Flux | The reaction of CaO with Al2O3 in aluminium ash produces slag, which promotes the interaction between slag and molten steel. | Steel Quality Improvement |
Advantages of Aluminium Ash for Steel Industry
Energy Efficiency Improvement
Steel Quality Improvement
Reduction of Arc Flare
Longer Refractory Life
Yield Increase
