1, Adopt advanced technology, increase utilization rate. Adopt advanced manufacturing technology to improve casting accuracy, promote precision forming technology and expand the proportion of forgings in the production of metal parts; Adopt material surface treatment technology to improve material surface properties, arrive low energy and materials consumption; For critical infrastructure, such as bearings, gears, springs, hydraulic and pneumatic components and mold, expand the use of refined steel, deoxidized steel and effective heat treatment to significantly extend its life.
2, Adopt advanced anti-corrosion technology, extend service life of equipment.
Corrosion does harm to people. On the one hand, it causes direct loss of equipment, spare parts and other materials, on the other hand, affects the normal production, deteriorates the operating environment, and affects product quality as well as significant loss of personal safety.
3, Expand the application of new materials, improve the structure of the material-using.
Improve the level of product design, give full play to the material potential; promote computer-aided design, optimization design, finite life design, corrosion resistant design and value engineering methods, to make products reliable, structure compact and material-using reasonable;
4, Promote the research and application of remanufacturing engineering.
Remanufacturing engineering technology can not only restore the original product's technical performance, and timely introduce new technologies, new processes and new materials, improve product performance and reliability, thus extending the life of the product. The cost of re-manufactured products is only 40% -60% of the new products, can achieve the purpose of turning waste into treasure, open up a new way to reduce material consumption and save raw materials.
