LEDER technology's strip light is a functional and multi-purpose standard strip family that incorporates premium performance and construction durability. The performance and application versatility of this series of strip light can be increased by incorporating symmetrical or asymmetrical reflectors.
This LED Strip light designed to replace less-efficient fluorescent strip lights in garages, maintenance facilities, workshops, and high-traffic outdoor areas that require commercial-grade durability. This Strip light also delivers a superior light quality utilizing the latest in LED technology designed to perform in the most brutal outdoor conditions.
Features:
•Quality Assurance
• Low light failure and High color rendering
• Low light decline, high brightness, long life
• Full of modern flavor
• Steady electric function, saving the energy and power
• Color temperature :3000k-6000K
• Intelligent constant current IC driver
• Type of protection: IP20 /IP65/IP67/IP68
• Warranty:3 - 5 years
Our LED Strip light can be the illumination solution in commercial, industrial, retail and residential applications. Fixtures can be used in storage / utility areas, coves, display cases, shops, task, and general area lighting.
We have rich production experience in lighting. Except LED High Bay Light, we also offered other product in Indoor Lighting .Such as : LED Downlight , LED Panel Light, Track Light , Linear Light , Indoor Wall Light , LED Tube Light , Cabinet Light , LED Bulb , LED Ceiling Light as so on .
LED Tape Light,Outdoor LED Strip Lights ,LED Light Strips For Room,Waterproof LED Strip Lights LEDER LIGHTING CO.,LTD , https://www.lederlight.com
Method for treating ash after aluminum smelting
Aluminum smelting is an essential process in the production of aluminum, but it also generates a byproduct known as aluminum ash. This ash consists of various components such as alumina, aluminum nitride, other oxides, chlorides, and metallic aluminum. Proper handling of this material is crucial, as improper disposal can lead to environmental issues, operational inefficiencies, and loss of valuable resources.
One of the key concerns in the recycled aluminum industry is the economic value of recovering aluminum from the ash. The aluminum content in the ash typically ranges between 45% and 75%, and since the amount of ash produced is about 15% of the total molten aluminum, the potential for recovery is significant. Optimizing the recovery rate of aluminum from this ash directly impacts the profitability of the recycling process. If the processing isn't efficient, it could result in substantial financial losses for the industry.
The cost of producing recycled aluminum is also heavily influenced by how effectively the ash is processed. For example, a factory with a monthly melting capacity of 3,000 tons can generate up to 450 tons of aluminum ash, containing approximately 202.5 to 337.5 tons of aluminum. At a 45% recovery rate, around 90 to 152 tons of aluminum can be recovered. However, if the recovery rate increases to 70%, that number jumps to 142 to 236 tons, representing a difference of 52 to 84 tons. This variation equates to a gross margin impact of 2% to 3%.
Although higher recovery rates are beneficial, they also leave behind residues that are more difficult to manage. In some cases, the remaining material contains over 30% aluminum, making it suitable for use as a deoxidizer in steelmaking. However, many recycling companies prefer to avoid high-level recovery due to the complexity of managing the residue. Instead, they often sell the ash to specialized treatment plants or steelmaking facilities. As a result, the efficiency of aluminum recovery from ash plays a critical role in determining the overall cost and sustainability of the recycled aluminum industry.