Nano Dominates 2010 Textiles

Nanotechnology is the product of the combination of modern science and modern technology. Its development will make human society, living environment and science and technology better.

In fact, nanotechnology is not far away from us. In Xinhui Mei Da nylon Limited by Share Ltd, Dr. Ge bright is doing research in this area.

He plans to spend 3 years to find ways to make nano textiles, so that Jiangmen enterprises can produce good flame retardant clothing and excellent antibacterial medical equipment.

From 1992 to 1998, he worked in Hefei rubber factory in Anhui, and later worked at South China University of Technology. He graduated from South China University of Technology with a Ph.D. degree in Material Science in 2008.

In July 2009, he went to the Xinhui Mei Da nylon Limited by Share Ltd for postdoctoral research.

Through multi communication with the company's top level, experts and workshop workers, he began to carry out research and analysis of nanostructure performance, hoping to find a kind of nano textile for manufacturing nylon, that is, nano composite modification, which can effectively improve the tensile strength of nylon.

Now he will be engaged in project research for one year. He needs to undergo a mid-term examination to provide progress in scientific research projects. This is also his busiest time.

In early May, he stayed in a laboratory in Guangzhou, experimentation and data analysis.

To enhance the tensile strength of nylon, it is necessary to pass the two tests of high temperature and strength. Fortunately, the nylon that he has developed has been able to withstand the high temperature of 250 degrees Celsius which the general organic matter can not bear, and the intensity of resistance has reached 70% of the expected target.

Jiangmen

For cooperation with Jiangmen enterprises, Ge Liang said that this is a two-way choice and a highly cooperative process.

Ge Liang has many years experience in polymer modification and functionalization as well as analysis of material structure, and has strong interest.

Many people are doing research on nanomaterials, but many people quit.

I have been doing nanoresearch since 1998. Over the past 10 years, I am still doing it because I am really interested.

Ge Liang said he needed a strong platform to display his talents. Xinhui Mada nylon Limited by Share Ltd is an important nylon 6 production base in the country. This provides excellent conditions for gingliang's scientific research.

Ge Liang believes that such cooperation is win-win.

He told reporters that the discipline of materials science of South China University of Technology is a key discipline of the state and the key construction discipline of "211 Project" and "985 Project". It has the National Engineering Research Center of polymer new molding equipment, the Key Laboratory of the Ministry of education of polymer processing engineering and the Key Laboratory of high performance and functional polymer materials in Guangdong Province, with superior experimental conditions.

The school also has a series of advanced equipment such as polymer materials preparation, modification, structural characterization, performance testing and molding processing, which basically meets the testing requirements of this subject.

At the same time, Xinhui Mei Da nylon Limited by Share Ltd is also at the forefront of the textile industry in China, and has strong strength.

"I will combine the advantages of South China University of Technology and Xinhui Mei Da nylon Limited by Share Ltd to carry out scientific research work, and I believe we will be able to achieve the goal of scientific research."

Ge bright speaks confidently.

Bright future for research projects

The research project of Gordon bright is to improve the tensile strength of nylon through nano composite modification. The ultimate goal is to make nylon nano textiles, that is, the new nylon with upgraded performance.

Ge Liang explained that in terms of materials, changing materials is mainly to change its structure, which is what he is doing.

For example, the metallic aluminum itself is soft, but after adding some metal elements, it becomes hard.

"Nano textile is also the same reason, nylon itself is not nano structure, polymer is not nano structure, but the two reaction can become nano structure, the key of our research is what to add, how to add, how much."

Ge Liang said.

Ge Liang has chosen the intercalation composite method, which is an important method for manufacturing high performance polymer based nanocomposites, and is also one of the hot topics in the field of material science.

"By this way, the new materials we have studied are lighter than the traditional polymerized filling system, and can achieve high strength, toughness and barrier properties with only a small amount of filling material."

Ge Liang is always very excited about his research.

And what Ge Ge is most proud of is the bright future of this new material: "although we are far from the target now, there are signs that this functional material can be applied to fire fighting clothing, sterilization equipment, toothbrushes, etc.

Character interview

I hope to continue working in Jiangmen.

Reporter: what's your impression of Jiangmen? Is your working environment satisfactory?

Ge Ming Liang: I think Jiangmen has a beautiful city environment, fresh air, and very enthusiastic people.

My Xinhui Mei Da nylon Limited by Share Ltd has provided me with a free and free scientific research environment and a certain amount of financial support, so that my work can be carried out smoothly.

I am very impressed by the importance attached to talents here.

Reporter: what do you mean by attaching importance to talents?

Ge Ming Liang: what I am talking about here is not necessarily material, but the platform is also important.

Xinhui Mei Da nylon Limited by Share Ltd has a very strong industrial advantage, which is the greatest benefit for my academic and scientific research. The research time of this project is 3 years. It is quite ample for me and the time schedule is set reasonably. This is also a good thing for my research.

It has the advantage of equipment, the support of enterprise leaders, and the scientific research and development schedule. This is the humanized research environment and the reason why I am happy in Jiangmen.

Reporter: what is the progress of R & D at present?

Ge Liang: now the research is nearly 1 years, according to the original plan, this time to solve the problem of high temperature resistance of materials, and the intensity of resistance must reach a certain level.

Recent studies have found that it is the most troublesome problem to disperse more evenly after the addition of polymers. We have been taking measures to improve the process, that is, change the order process. We believe that this problem will be solved quickly and within the planned time.

Reporter: in your work, which one do you think is the most important in education, interest and ability? What are your thoughts on innovation?

Ge Ming: interest is the most important. If you are not interested, your ability will not be fully realized.

Of course, accepting the necessary education will also play a supporting role in scientific research.

Reporter: do you work in Jiangmen for a long time, or do you work in Jiangmen occasionally? How long will you work in Jiangmen?

Ge Ming Liang: at present, I mainly work in Jiangmen. This project may take 2 to 3 years.

If I can, I hope to continue working in Jiangmen and make a small contribution to the economic and technological development of Jiangmen.

Reporter: what are your best tips for bringing in more high-quality talents?

Ge Ming Liang: I think Jiangmen's further development needs to introduce more high-quality talents, especially in today's fierce competition environment, scientific research will play a decisive role in the development of local economy.

As far as Jiangmen is concerned, I think on the one hand, it is to treat people to stay, but the most important thing is to keep their feelings. The most important thing for high-quality talents is their respect for their values, and the free and free scientific research environment.