Advances in automation are accompanied by environmental degradation
We have to thank the progress of science and technology, with the rapid development of electronic, intelligent, unmanned, bring a lot of convenience to our life, work, more and more intelligent on the other hand is that the resources are also getting less and less, the contemporary global natural resources are being rapidly consumed, the precious surface of the earth environmental pollution is also becoming more and more serious, the use of green energy in the manufacturing process and saving raw materials has become the manufacturing industry continues to innovate a direction.
Based on the concept of saving resources and protecting the environment, Osweypm pays great attention to material waste in the powder metallurgy production process, continuously improves the simple and automated manufacturing process, and continuously invests in the development of new materials, and now our technology level can achieve “zero waste” in the manufacturing process, which is very friendly to the environment.
Osweypm also enjoys the benefits of “zero waste” – we can make more products with less material, and the cost of our products continues to fall, and ultimately we share the benefits of saving energy consumption with our customers.
Green Energy for Powder Metallurgy
Due to the unique net-shaping process of powder metallurgy, the process produces virtually no scrap, which, combined with the advantage of no secondary processing, means that products can be produced with little material and less processing, protecting the environment while having significant economic benefits.
Zero Waste: Material sustainability aspects.
- In terms of material sustainability, the net forming capacity of powder metallurgy is its main advantage. For example, to form a toothed part, the traditional cutting process will have up to 40% of the material into chips, while in the powder metallurgy with all the powder, 85% is produced from recycled and recovered materials. In the production of powder metallurgy parts, the waste loss of each process is generally 3% or less, and its material utilization rate can reach 95%,this process greatly reduces the generation of waste, which is good for the environment, and also reduces the cost of the product
Energy sustainability aspects.
- It takes very little energy to make the material,the general traditional manufacturing process requires several heating and reheating processes to finalize the shape; while the atomization method for the production of steel powder or iron powder, only the scrap steel material needs to be melted once, all other thermal processing operations are carried out at temperatures lower than the melting point, which not only saves energy, but also can be made into the final shape and the formation of the required material properties, mechanical properties. comparison of material utilization through the powder metallurgy process found that the energy required to manufacture powder metallurgy parts is forging – cutting parts of 40%.
Environmental sustainability.
- Characteristics of the final molding capacity of powder metallurgy, making it the optimal solution for many industries,in generally, the workpieces are ready to be applied to the project directly after sintering, without additional processing. in most cases, the cutting oil used to process powder metallurgy products is negligible, and the toxic pollutants released from its cooling water and other sources of contamination are also minimal. compared to other manufacturing processes, the powder metallurgy industry is virtually environmentally friendly, with fewer process steps, meaning lower costs and minimal harm to the environment