"Magnesium Turnings" can be understood as "magnesium chips" or "magnesium cutting waste". Here, "Magnesium" means magnesium, a metallic chemical element with a silver white appearance and characteristics of a lightweight alkaline earth metal. It has active chemical properties, can react with acids to generate hydrogen gas, and has a certain degree of ductility and thermal dissipation. Magnesium is widely distributed in nature and is one of the essential elements for the human body.
"Turnings" usually refer to the waste generated during mechanical processing, especially the metal chips generated during cutting processes such as turning and milling. Therefore, "Magnesium Turning" refers to the cutting waste generated during the processing of magnesium metal.
Although this type of waste may seem useless, it can actually be recycled and reused to reduce resource waste and environmental pollution. magnesium turnings can be used for smelting, refining, or other industrial processes to achieve resource recycling.
Please note that magnesium turnings are flammable substances, so special care should be taken when handling and storing them to avoid dangerous situations such as fire or explosion. Of course, we can explore the further description and application of "Magnesium Turning" from multiple perspectives.
Firstly, from the perspective of environmental protection and sustainable development, the recycling and utilization of magnesium chips is particularly important. Due to magnesium being a valuable metal resource, the recycling of its waste can not only save natural resources but also reduce production costs. Therefore, establishing an effective magnesium chip recovery and treatment system is of great significance for achieving green production and circular economy.
Secondly, in the process of recycling magnesium chips, professional technology and equipment need to be used to ensure safety and efficiency. For example, physical methods such as crushing, screening, and magnetic separation can be used to preliminarily treat magnesium turnings and remove impurities and pollutants. Then, through methods such as melting or chemical treatment, the magnesium chips are transformed into reusable magnesium metals or alloys.
In addition, the recycling and utilization of magnesium chips also has certain economic benefits. With the increasing application of magnesium metal in aerospace, automotive manufacturing, electronic products and other fields, the demand for magnesium is also constantly increasing. Therefore, recycling magnesium chips can not only meet the market's demand for magnesium, but also bring considerable profits to enterprises.
Finally, it should be noted that in the process of recycling and processing magnesium chips, relevant safety regulations and environmental standards should be strictly followed. Due to the flammable and explosive properties of magnesium chips, strict fire and explosion prevention measures must be taken to ensure the safety of personnel and the environment. At the same time, effective treatment and emission control are also needed for pollutants such as wastewater and exhaust gas generated during the treatment process to prevent adverse effects on the environment.
Summarize
In summary, the recycling and utilization of magnesium chips not only has environmental and economic benefits, but also involves multiple aspects such as safety and technology. By strengthening the research and application of magnesium chip recycling technology, we can better utilize this resource and promote the process of sustainable development and green production.
Use bags, metal pail, or paper pail to pack, the underlayer are plastic bag.
Transport Tool: Trucks or containers.
Storage Methods: The storehouse should be ventilated, dry, fire preventing, wet preventing, static preventing and the hermetic goods can be stored for 6 months
Factory direct supply
Particle size and Package Can customized
Strickly quality control system and advanced testing equipments
Good aftersale service.
Magnesium powder products are sold to many countries and regions, such as India, the Netherlands, the United States, Canada, South Korea and have established long-term cooperative relationships with well-known foreign companies such as POSCO and OPTA.
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| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesium Powder |
SMP358 | Nearly Spherical | >Mg 99% | 0.86-0.92 | 35-80 mesh |
| SMP451 | Nearly Spherical | >Mg 99% | 0.86-0.92 | 45-100 mesh | |
| MP30 | lrregular | >Mg 99% | 0.64-0.73 | 30-80 mesh | |
| MP60 | lrregular | >Mg 99% | 0.64-0.73 | 60-200 mesh | |
| MP150 | lrregular | >Mg 99% | 0.76-0.85 | -150 mesh | |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesium Granules |
MG12 | Particles or spheres | ≥99.5% | - | 12-35 mesh |
| MG20 | Particles or spheres | ≥99.5% | - | 20-80 mesh | |
| MG100 | Particles or spheres | ≥99.5% | - | 100mesh all pass | |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesium Turning Chips |
MS6 | Chips | ≥99.7% | - | 6mesh All pass |
| MS840 | Chips | ≥99.7% | - | 8-40mesh | |
| MS2080 | Chips | ≥99.7% | - | 20-80 mesh | |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesium Alloy Chips |
AZ91D | lrregular | Mg90.43; AI8.9; Zn0.43 | - | 30-80 mesh |
| ZK61 | lrregular | Mg94.46; AI0.0006 Zn5.19 |
- | 30-80 mesh | |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnalium Powder |
AMAP50 | lrregular | AI:50±2%; Mg:50±2% | 0.76-0.85 | 60-200 mesh |
| Can be produced according to customer specifications | |||||
| Product | Grade | Shape | Composition(%) | AD(g/cm3) | Particle Size |
| Magnesiun Desulphurization Reagent | PSMp1080 | lrregular | ≥Mg 92% | 0.75-0.95 | 2-0.18mm (10mesh~80mesh) |
| Can be produced according to customer specifications | |||||
