Mobile phones have become a communication tool that people, especially the staff, cannot do without the staff. There are almost one person, some people even have two or three or more, but their bodies are made of materials, not everyone. Clear two Chu.In the smartphones produced by the world's three major mobile phone production groups (American Apple, South Korea's Samsung, and China's Huawei), they are made of aluminum, titanium, and magnesium. Titanium body is bright and strong, but the price is higher, the density is higher, 66.7% larger than aluminum; the density of magnesium is small, 36% lighter than aluminum, with silvery hue, but the intensity is better than aluminum. Low, corrosion resistance is far less than aluminum, and the price is more expensive than aluminum.Therefore, aluminum is currently the best overall performance and cost-effective smartphone body material, and its recyclability and recyclability are also superior to titanium and magnesium. The aluminum, magnesium and titanium that the author says here include various alloys.We know that the size of Apple's mobile phone - the screen size has been increased from iphone 5, giving the visual an unprecedented satisfaction, watching the mobile phone has become a wonderful enjoyment, has now been added to 140mm (5.5 inches). However, the fuselage material of the initial large-screen mobile phone has not been improved synchronously, and the thickness of the body is still thinning. As a result, the body of the iphone mobile phone is deformed by an external force, and even becomes curved, and sometimes it will be put down with carelessness. The baby's mobile phone is bent, and in some cases, the screen may be beaten and broken. This situation has not been fundamentally changed until the launch of iphone 6 plus. Apple is under increasing market pressure and users are increasingly complaining.

DMO series waste magnesium recycling process recycling process:Scrap magnesium preheating---gas melting or electric melting---component inspection---transfer---insulation static---automatic casting---cooling molding---automatic ingot or transfer to heat preservation furnaceDMO series waste magnesium recycling system parameter list:System typeFurnace crucible total capacityHolding furnace crucible total capacityMobile insulation furnace capacity（PCS）Ingot casting modulus（kg/h）Refining strengthRecovery capacityDMO20100200---26＜50＜400DMO50250500---50＜130＜1000DMO60300600---50＜160＜1200DMO1004501000500100＜250＜2000DMO1506501500500100＜400＜3000DMO2008502000500100＜530＜4000Note: The company reserves the right to make improvements to the products described in the samples. Specifications are subject to change without notice. The product images in the samples are for reference only and the products are subject to actual products.

The main parameters:Overall size (excluding dust cover): 3600×3100×1250I cylinder: φ80×1000Left motor (1#): YB112-2 1.1KW 2830 rpm / polishing wheel 2000 rpmRight motor (2#): YB112-2 1.1KW 2830 rev / min Polishing wheel 2000 rev / minII cylinder: φ80×1260Left motor (3#): Y90L-2 2.2KW 2840 rpm / polishing wheel 2000 rev / minRight motor (4#): Y90L-2 2.2KW 2840 rpm / polishing wheel 2000 rev / minUpper motor (5#): Y90L-2 2.2KW 2840 rpm / polishing wheel 2000 rpmUpper motor (6#): Y90L-2 2.2KW 2840 rpm / polishing wheel 2000 rpm

In recent years, the market environment has undergone drastic changes, and the domestic manufacturing industry has been hit hard. At the same time, the competition has become increasingly fierce. The mold industry with the title of “mother of industry” has fallen into recession controversy. The mold industry is currently facing many difficulties, which means that its transformation and upgrading is an urgent task.The dilemma facing the mold industryFirst of all, the demand for manufacturing companies is not strong. Mold is one of the most important cornerstones of the industry and plays a vital role in manufacturing. However, in recent years, the global economic downturn has led to a decline in export molds; China is also in a critical period of manufacturing transformation and upgrading, and the mold industry is under pressure.Second, production costs continue to increase. The main factors affecting the cost of the mold include external factors and internal factors. The external factors are the cost of the mold materials, and the internal factors are the manufacturing costs. Due to the large number of low-end mold products, mold companies have gradually turned to high-end mold manufacturing to find new profit growth points, but high-end mold processing requires higher technology and more advanced equipment.Third, the phenomenon of corporate homogenization is serious. There are a large number of mold manufacturing enterprises in China, but quite a few of them are labor-intensive small enterprises. These large number of small enterprises produce lower mold costs, low product structure and technical content, and rough workmanship, resulting in low and medium The homogenization of the end mold products is more serious. This type of enterprise produces a large number of molds, low prices, low profits, no technical content, and it is easy to close down because it does not have a competitive advantage in the mold industry.Finally, the company's ability to innovate is weak. The innovation ability of China's mold enterprises is weak. On the one hand, the technological progress mechanism to promote independent innovation of enterprises has not yet formed. Enterprises lack the power and pressure for continuous innovation; on the other hand, they lack investment in technology development. The insufficiency of enterprise innovation capability, especially the ability of independent innovation, has become a key factor restricting the international competitiveness of China's mold industry.The transformation and upgrading of the mold industry should be all-round, including production processes, products, enterprise functions, business models, management and operations.At the production end, with the development of information technology and the construction of public service platforms, lean research and development will become the mainstream trend of the mold industry in the future. In the future, the strength of the mold enterprise does not value how many advanced processing equipment and how many employees are in the enterprise, but how much mold design and process manufacturing technology the company has accumulated, and how many technologies are deposited.On the product side, for traditional products, focus on implementing technology upgrades, implementing fixed asset renewal subsidy programs, increasing technological transformation of interest-subsidy loans, improving the core competitiveness and technological level of enterprises, and promoting the traditional manufacturing industry to jump to the high end of the industrial chain. The added value jumps to a high added value.In terms of enterprise functions, companies must spend their money on the cutting edge and focus on the most professional and self-professional links and fields so that they can truly enhance their competitiveness.In the innovation of business model, the value space of the business model innovation of mold enterprises can be found from the following three aspects: first, how to innovate customer value from the perspective of customers; second, how to optimize the integration of internal resources from the perspective of enterprises , to reduce costs; the third is to look at the entire industry perspective, how to optimize the integration of resources, to maximize the value.Mold enterprise business model innovation path orientation mapIn terms of management and operation, we must eliminate the waste of enterprises with fine management, and respond to national policy requirements to promote the development of manufacturing management in the direction of scientific, environmental protection and active service. It is worth noting that the key to the transformation and upgrading of the mold manufacturing industry lies in the construction of human resources teams.In terms of industrial agglomeration, the construction, scale and level of industrial clusters continue to develop and improve, and are gradually developing towards high-end.