Textile Technology Has Begun To Develop To The Breadth And Depth Of Human Beings.

< p > high-end fashion can really occupy the headlines of news, but in the US popular science recently published a headline "four kinds of intelligent a href=" //www.sjfzxm.com/ "target=" _blank "> textile < /a > things you have never seen before.

At first glance, it is out of line with today's science, but it is a future fabric worthy of attention, because it has the function of self repair, water solubility, changing the shape, discoloring and responding to the environment according to the temperature difference, or "biological leather products" and so on.

All these provide inspiration for fashion design.

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< p > as the US textile world reports, the development of new textile products is increasingly inspiring the inspiration of fashion a href= "//www.sjfzxm.com/" target= "_blank", designer /a and health textiles developers.

Many designers make full use of the properties of these new fabrics and apply them to new terminal medical products.

In the past, design tended to follow the trend rather than the trend.

Nowadays, some fashion designers have already begun to take the lead to synchronize research and development with new products.

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< p > < strong > development of building textile technology < /strong > < /p >

< p > the integration of materials among industries is becoming a trend.

In building materials, many new material innovations are borrowed from other industries.

For example, the glass curtain wall, which has been widely used in the middle of twentieth Century, is affected by the neoprene sealant used in windscreen manufacturing in the automotive industry.

In the design of the General Motors technology center in Michigan, Finland, architect Luo Luo Sha Ning used modern concept to integrate neoprene into the glass curtain wall system, thus deriving a new type of material.

Tetrafluoroethylene, originally used as an insulating material for electronic products, has recently been used as a chemical substance for construction. This provides a new way of thinking for architectural design and architectural functions.

The water cube building of the 2008 Beijing Olympic Games is also an excellent example.

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< p > the fundamental reason for the rapid development of architectural science is the help of new technologies in other industries.

In fact, material properties and construction methods are constantly improving to meet the higher demands of economic environment sustainability and energy efficiency standards.

Under such a trend, new technology has been promoting the development of new architectural design and fine structure.

The new building fibers are playing a more and more important role in innovative building and innovative construction.

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Material innovation in P, medical, military, fashion and other fields has also begun to affect architectural design.

Another important factor affecting architectural design does not come from scientific research. Rather, it is a social trend. It incorporates the trend of Commerce, culture and daily activities, and its mobility is increasingly obvious.

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< p > < strong > medical textiles are emerging suddenly, < /strong > /p >

< p > the development of medicine and instrumentation, and the development of architectural and architectural design can be seen as a black horse.

For example, textiles can perceive environmental conditions and react to them, so textile fibers are widely used in medical instruments and building materials.

Architects continue to search for practical fibrous coatings to protect against bacteria and reduce air pollution, such as titanium dioxide (TiO2), functional textiles in health care facilities and clinical design, in order to achieve protection and isolation.

Health care work < a href= "//www.sjfzxm.com/" target= "_blank" > clothing < /a > can be applied with the same antibacterial and antioxidant effect of the surface coating.

The ongoing investigation and research in this field will provide people with more chances to update, and also hope to become the most profitable field in the construction industry.

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< p > < strong > military textiles are in the lead, < /strong > /p >

< p > 150 years ago, during the civil war, portable and portable fabric equipment and tent battalions appeared in China.

Under such a trend, military research on material and performance characteristics is constantly pushing forward innovation.

In the latest series of innovative products, we can see flexible PV, low pressure textile structural materials under the infrared thermal imager, and radiation resistant fabrics that make tents and deployable structures invisible.

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< p > the structural designer and fabric expert of the FTL design studio in New York has worked closely with the research team of the American natk soldier R & D Engineering Center in Massachusetts to jointly develop light textile materials used in the Middle East.

These deployable structures also include the provision of internal lighting for power supply and integration of solar panels.

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< p > < strong > the driving force of fashion can not be ignored. < /strong > < /p >

< p > because fashion is based on innovation, designers also have endless demands for new ideas. The development of new materials and fashion design complement each other.

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Less than P, for example, in recent years, people have embraced the term "smart textiles", including textiles that pmit data and lumens, an electronic textile that displays information and color patterns, or textile materials that exhibit high performance to overcome specific biological problems.

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< p > < strong > social progress promotes innovation < /strong > /p >

< p > the active nature of the population has increased the demand for light materials and made people more interested in obtaining data about the environment.

Once the new data collection and pmission methods are released, space designers and space users will take the lead in a deeper understanding and understanding.

For example, the French detour company has developed a detection hood for the firefighters to make the lining contain sensors, which is used to measure the heartbeat and vital signs of the user.

In addition, users and partners can also achieve hands-free communication through digital radio pmission.

Another promising invention uses a color textile that changes color with temperature.

This technology can be applied to the research and development of medical equipment.

It can be well applied to the design of medical equipment, so that it constantly monitors the environment. This is very important. Changes in the environment may be able to provide a reference for us through vision, and maybe help the medical staff to carry out effective treatment.

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< p > in the future, lighter and more mobile buildings will be popular. Public gatherings and interactive groups such as meeting parties and improvisation are highly mobile. Such activities require flexible organizational locations.

Temporary shops will have potential for development, because their materials are durable and light, and can provide protection. At the same time, the patterns are rich and colorful to meet customers' needs.

These are closely related to the newly developed textile fiber materials.

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< p > < strong > Future synthetic materials < /strong > /p >

< p > another noteworthy demand is synthetic materials.

In the field of air pport applications, synthetic materials are becoming more and more important in building applications, because designers are increasingly eager for materials with superior performance, better features and lighter weight to reduce carbon emissions from buildings.

High performance and ultra light weight are increasingly becoming the focus of research and development of textile materials. Textile materials are increasingly breaking the boundaries of dressing fashion and become new forces in other fields. Their special needs will show us a brand new textile future.

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