Lifting the veil: the new generation of auxiliary materials in November 2021

Let's step into the world of new auxiliary materials launched in November 2021. The background for the development of these materials stems from the market's urgent need for high performance and versatility. With the advancement of science and technology, researchers are constantly looking for answers to existing material problems, and strive to achieve new breakthroughs in performance and services.

The new generation of auxiliary materials adopts advanced synthesis technology and unique formula design, which not only improves the physical and chemical properties, but also significantly improves the environmental protection and processability. For example, in the manufacturing process, the emission of harmful substances is reduced, energy consumption is reduced, and the concept of green development is reflected.

These innovations make new products more adaptable to the needs of modern society, especially in energy conservation and environmental protection. By optimizing the production process, the balance between efficient production and high-quality supply is achieved, and the satisfaction and trust of users are further improved.

The Power Source of Industry Change: New Opportunities Brought by Auxiliary Materials

Every industry is experiencing an unprecedented transition. New technologies and materials are changing the way we work and live at an unprecedented speed. Especially for the manufacturing industry, the changes brought about by the introduction of such advanced materials are particularly obvious:

A major automaker has been looking for ways to improve body weight over the past few years. After many attempts, they finally found the ideal solution-parts made of a high-strength composite fiber launched in November 2021 to replace the original metal parts. In this way, the weight of the vehicle has been reduced a lot, and the fuel economy has been greatly improved; more importantly, the safety has not been affected at all, but has been enhanced.

There are many similar examples, the construction sector has also begun to widely use new insulation panels to reduce the cost of heating in winter and cooling in summer; electronic product manufacturers with the help of ultra-thin flexible circuit board to reduce the size of the device while increasing the number of functional modules ...... It can be said that this revolution is not only about the product itself, but also a value reshaping movement involving the entire industry chain.

Behind Quality Excellence: Deep Understanding of Core Features and Benefits

So what makes these new auxiliary materials perform so well? The answer lies in their core technology. Taking durability as an example, this characteristic means that even if exposed to harsh environments for a long time, it will not be easily damaged or aging failure. This greatly extends the service life and reduces the frequency of maintenance and replacement and related costs.

Another noteworthy feature is the green nature. Compared with traditional similar products, many new models have achieved the characteristics of non-toxic, low pollution and easy recycling. This is of great significance to the protection of the ecological environment and provides strong support for enterprises to fulfill their social responsibilities.

Superior doesn't stop there, of course. From the perspective of user experience, there are many considerations such as comfort, beauty and practicality. For example, the surface texture of some coatings after coating is fine and smooth, and the color is bright and lasting. Fading phenomenon rarely occurs. Another example is that some plastic products feel soft to the touch but the strength is no less than that of steel materials, which are safe and durable.

Full analysis of application scenarios: from laboratory to actual landing of production line

Perfection in theory does not fully represent feasibility in reality. In order to let the vast number of consumers really benefit from this scientific and technological achievements, R & D personnel have made great efforts to transform it into real goods. Next, we will learn how these innovative auxiliary materials go to the market step by step through several typical cases.

The first is a small experimental project in the field of medical health. A biotech company has encountered a bottleneck when developing a new drug delivery system: existing packaging materials cannot ensure long-term stable storage of active ingredients. Later, after many investigations and comparisons, a polymer film was finally selected as the inner coating, which successfully solved the above problems. Not only that, the program has also obtained a number of domestic and foreign patent certifications because of its excellent biocompatibility, laying a solid foundation for subsequent expansion of production.

Next, look at the home improvement industry. In recent years, the concept of "prefabricated" has gradually emerged, that is, the house is assembled like building blocks instead of pouring concrete walls on site. This is one of the indispensable is a variety of connector fixing devices and sealed waterproof components and so on. Among them, a kind of anti-mold and antibacterial adhesive tape specially designed for indoor humid environment is applied to the latest nano-scale silver ion sterilization technology, which can effectively prevent the growth of bacteria and maintain good adhesion, which is not easy to fall off and become warped. At present, it has been widely used in many high-end residential areas, which are well received by residents.

The last example occurs within the new energy vehicle industry. Although electric vehicles have broad prospects for development, they also face a series of challenges such as insufficient charging facilities and short cruising range. For this reason, some engineers have proposed the idea of using graphene supercapacitors instead of traditional lithium batteries. Although the initial investment is large, considering the long-term interests, we decided to take a bold try. Facts have proved that this decision is a very wise move-the battery charge and discharge speed is fast, the loss is low, the cycle life is long, and the safety is extremely high, and there is almost no risk of thermal runaway. Nowadays, many well-known car companies have followed up and adopted similar configurations to greatly improve the competitiveness of the vehicle.

Creating the Future Together: Working Together to Advance the Road to Sustainable Development

In the face of today's complex and changeable social and economic situation, we must realize that only continuous innovation can keep up with the pace of the times. And all this is inseparable from the joint efforts of all participants. The government issued preferential policies to encourage enterprises to increase investment in research and development; university research institutes actively undertake national key projects to cultivate high-quality talent team; financial institutions to provide more financing channels to help enterprises tide over difficulties ...... All levels of mutual cooperation is indispensable.

It is particularly worth mentioning that the importance of the industry-university-research cooperation model has become increasingly prominent. It breaks the previous situation of fighting each other and promotes the rapid transformation of knowledge achievements into productive forces. On the one hand, the wisdom of scientists can benefit the public as soon as possible; on the other hand, it can also enable enterprises to occupy a favorable position in the fierce market competition and obtain more development opportunities. I believe that as long as we work together to work together, we will usher in a better tomorrow!