What is the prospect of the foundry industry The prospect of the die casting industry

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The prospect is very good, because the developed countries in this industry are slowly not doing it, and they are moving to China and other countries, if you can learn a special specialty, the future is unlimited. Mechanical Design, Mechanical Forum, Mechanical Design Forum, Mechanical Drawings**Mechanical Design, Mechanical Forum, Mechanical Design Forum, Mechanical Drawings**Mechanical Design, Mechanical Forum, Mechanical Design Forum, Mechanical Drawings**.

If you've ever been to a factory, especially next to the big boiler in the factory, you'll find a lot of people running up and down the platform, and a small office with a lot of people sitting in front of the computer constantly debugging the module, they are not necessarily boilermakers or stokers, but they may also be foundry workers. <>

Boiler workers and foundry workers are still very different, boiler workers mainly control the data of the boiler, so that he can ensure that within the normal range, while foundry workers are mainly responsible for the temperature and other data required by the raw materials in the boiler and whether the process requirements are consistent, this is also the process of smelting, this work was more tiring in the past, because the degree of mechanization was not high at that time, and there was no driving in many places, all relying on manual feeding and smelting, and now you can use a lot of mechanical equipment, and there is also a lot less heavy physical labor. Nowadays, there is basically very little heavy physical labor in this profession. <>

Foundry workers are not only responsible for the smelting of raw materials, but also responsible for modeling, they will cast various materials into the shape required by the process, this process may be a little different from what everyone imagines, many people think that the casting worker is to pour molten iron, molten steel and other metal liquids into the mold on it, in fact, the requirements of this profession are relatively high, foundries should be proficient in the use of temperature measuring instruments and composition testing instruments, in addition to the weight control of raw materials must be in place, So there is a lot of work to be done before the caster injects the liquid metal into the mold, but we only see the moment when the mold is poured. <>

At present, the employment prospects of foundry workers are very good, and many places are relatively short of this type of work, because many young people do not like this kind of work very much, and those old foundry workers are relatively old, so there is a shortage of foundry workers in many places, which is also the biggest reason for the high wage income of foundry workers. If you have a good ability to learn.

You can engage in this job, and then work hard to learn the skills, to take the job title, the salary will rise a lot, and now the title of the foundry is still very golden, especially the foundry technician and the foundry senior engineer.

Generally, workers engaged in casting need to pour liquid into the casting mold, and then cool, polish, trim, and also need to complete a lot of processes. Its prospects are quite good, and the salary package is relatively high, but there are certain dangers.

The job of a foundry worker is to operate casting equipment, use casting tools for metal smelting and casting molding processing, etc. Today, with the rapid development of industrialization, the market will need a large number of skilled foundries, and the development prospects of foundries are still very good.

The caster injects the melted liquid metal into the mold and finally cools it to remove the mold. I personally think that the employment prospects for this profession are very good.

There is still a gap with foreign countries, and the future will be professionally developed

Although the current development of China's die-casting industry has been at a good level, but compared with foreign countries, there is still a certain gap, and there is still a certain gap between the overall technical level of China's die-casting enterprises and foreign advanced enterprises, mainly in the following aspects

In terms of equipment capacity, China's small die-casting machines and small and medium-sized abrasives are mainly domestic equipment, while large-scale die-casting machines are mainly imported; In terms of R&D capabilities, some large-scale die-casting enterprises have established die-casting engineering technology R&D centers, equipped with relevant software and hardware, testing instruments, and carry out the development of new technologies, new processes and new products. However, most of the small and medium-sized die-casting enterprises have a low degree of mechanization and automation, so the process standardization is poor and the quality stability is poor. Less R&D investment, weak ability to develop new products, low product grade, low added value and benefits.

Overall, although China's die-casting industry has a large output, the overall technical level is low compared with developed countries and regions, with few large-scale die-casting equipment, low degree of automation, weak research and development capabilities, and only a few large-scale die-casting enterprises can reach or approach the international advanced level, so the professional and technical level needs to be improved.

Since the emergence of the die-casting industry in China to the formation of a large-scale, the industry continues to improve, the future will evolve and develop in a better direction, the development direction will be mainly reflected in four aspects: in order to be more in line with other downstream industries, products will gradually be centralized and regionalized; In order to meet the requirements of higher technology, the products will also be more high-end; In order to better meet customer needs, enterprises will participate in customer R&D systems and carry out targeted development; In order to meet the rapid development needs of the industry, efforts will be made to achieve modular production.

—The above data** refer to the "Forward-looking Industry Research Institute" published by the Prospective Industry Research InstituteAnalysis report on market prospect and investment strategic planning of China's die-casting industry

A foundry is a production plant that obtains metal through various casting methods, and casting can be divided into three basic parts, namely Cindiax Casting Metal Preparation, Molds Preparation, and Casting Processing. Cast metal refers to the metal shouting material used for pouring castings in casting production, which is an alloy composed of a metal element as the main component and adding other metal or non-metal elements, which is customarily called casting alloy, mainly including cast iron, cast steel and cast non-ferrous alloy.

The materials often used in casting production include various metals, coke, wood, plastics, gas and liquid fuels, molding materials, etc. The required equipment includes various furnaces for smelting metals, various sand mixers for sand mixing, various molding machines and core making machines for modeling and core making, sand shakeout machines and shot blasting machines for cleaning castings. There are also machines and equipment for special foundries as well as many transport and material handling equipment.

Hefei Quansheng Machinery Manufacturing Co., Ltd. is mainly engaged in the production of castings and supporting processing products. At present, it has 5 lost foam production lines, with an annual output of 7,000 tons of steel castings and 5,000 tons of iron castings. The technical team has been engaged in casting process technology and production since 2000. (Look).

A foundry is a kind of metal thermal processing process generation plant.

Casting is a kind of metal thermal processing technology that human beings have mastered relatively early. Between about 1700 BC and 1000 BC, China had entered the heyday of bronze casting, and the craftsmanship had reached a very high level. Casting is a method of casting liquid metal into a casting cavity that is suitable for the shape of the part, and waiting for it to cool and solidify to obtain the part or transport the blank.

The casting process can be divided into three basic parts, namely casting metal preparation, casting mold preparation, and casting handling. Cast metal refers to the metal material used for pouring castings in casting production, which is an alloy composed of a kind of gold side shed element as the main component, and adding other metal or non-metallic elements, which is customarily called casting alloy, mainly cast iron, cast steel and cast and Zhengzao non-ferrous alloy.

Naturally, the factory is the production of products.

All kinds of industrialized products.

As for the foundry.

That's the aystool, the casting of all kinds of metals.

Large ones such as machine fighting equipment building materials.

Small ones such as arts and crafts toys molds.

Invasion and deletion.