In the 1860s, Hargreaves invented the "Jenny machine", marking the beginning of the first industrial revolution. The continuous progress of science and technology has accumulated experience for the Second Industrial Revolution, and soon the second world-class industrial revolution began. After the end of World War II, the world situation was quite stable, and there were significant breakthroughs in electronic science theory. The development of science and technology has a certain material and technological foundation. Due to the needs of society, especially the urgent need for science and technology during and after World War II, various fields of science and technology have infiltrated each other. On the one hand, there are more and more disciplines, finer division of labor, and deeper research. On the other hand, the connections between disciplines are becoming increasingly close, and the degree of mutual infiltration is deepening. Scientific research is developing towards a comprehensive direction. The first breakthrough in military technology, followed by the development of civilian technology, is an important feature of the third technological revolution.
The widespread use of steam engines. The replacement of manual production by large-scale machinery in Britain marked the victory and achievement of world industry. Since the Opium War in 1840, China's industry has been stagnant and showing a trend of retreat. The real industrial revolution in China should have started from the reform and opening up in 1978, which was more than a century later than the world industrial revolution. Since 1978, China's industry has gone from a standstill to truly embark on the path of development, gradually shifting from pure imports to production prevention, and now integrating independent research and development, production, and sales. Now let's talk about a small part of the Industrial Revolution, the development and development of resin products: China used to be a great country of porcelain, bronze, and iron, with traditional household utensils being porcelain and iron, and high-end ones being bronze.
Although these utensils are durable and long-lasting, they are currently scarce. Manufacturing porcelain, iron, and bronze ware is not only expensive, but also inconvenient to use, bulky, and difficult to clean. Resin products have improved the shortcomings of household appliances such as ironware. They are not only lightweight and convenient, but also easier to clean. Since the reform and opening up, China has introduced resin products, which have been highly praised by people for their continuous development. Nowadays, every household cannot do without resin products (here we explain what resin products are, such as all plastic products and rubber products used by people are made of synthetic resin). China has gone through a considerable period of time from pure imported products to the introduction of mold release agent technology, and gradually independent production. Resin products have dropped from a dozen yuan in China to a few yuan, with considerable profits. This has also caused fierce competition among businesses. In the early 1980s, China could not even find a developer for civilian use. A mold master for plastic products. It can be seen how backward China's industrial manufacturing was at that time, but now resin product manufacturers can be seen everywhere. How to establish a foothold in this fiercely competitive industry? Only by improving production efficiency and ensuring production quality.
How to improve production efficiency and ensure production quality in resin products? To improve production efficiency first, we need to increase the speed of mold opening and ensure that the product does not stick to the mold after opening. If the product sticks to the mold, it will cause a lot of breakage in efficiency. Secondly, we need to ensure production quality, which means that the product produced should be beautiful and free of defects. The key to solving these two problems now is the release agent. A good release agent can not only greatly improve production efficiency, but also greatly improve the quality and smoothness of the product, which is particularly prominent in transparent products.
