Recently, Germany's Bayer Material Technology Group, the world's leading high-tech polymer solution provider, announced that its latest textile coating production line was officially opened in the Bayer Shanghai polymer research and development center.

At the same time, its nonwoven coating laboratory in Leverkusen, Germany has also opened up new facilities to further enhance its ability to innovate in textile coatings from product chemical synthesis to the development of a new generation of eco textile coating process solutions.

According to the responsible person, fabric coating technology can no longer be regarded as fabric finishing technology. From the microscopic point of view, polymer coated film can be regarded as a space, it can accommodate a lot of substances, and will make fabrics have special properties and functions which can not be achieved after finishing technology.

Coated products have been developing very fast in recent years.

There are new breakthroughs in decorating and industrial industrial textiles, and coating technology will make great contributions to the development of functional fabrics in the future.

The demand for coated fabrics and other high value added technology textiles has increased, and in recent years, most of the textile industry in the United States has fallen into a low-cost competition dilemma.

According to statistics, the international textile coating products account for more than 25% of the total textile output. Therefore, coating plays an important role in textile finishing.

In 2013, more than 1/2 of the coated fabrics were used in the industry, including car interior decoration, safety protection,

And other fields.

The major companies are competing for the introduction of different coating products, and coating technology has become the main means for international industry giants to compete for market share.

　　德國威客公司推出了一種新型有機硅涂層，該有機硅涂層可以產(chǎn)生拒水效果，使產(chǎn)業(yè)用紡織品不會吸收太多水分，可以達到預(yù)防浸濕效果;新加坡南洋理工大學研究院研發(fā)的Solgel技術(shù)可以用于服裝的涂層處理，該技術(shù)可以產(chǎn)生含金屬氧化物或氧化硅薄膜的透明涂層效果，能夠為氣相金屬氧化物層的沉積提供一種可選擇的方法;日本東麗公司開發(fā)出的最新防護材料，是由金屬薄層、樹脂層和纖維基布經(jīng)復合層壓而成，該防護材料一面的涂層劑中含有炭黑導電樹脂，能形成導電樹脂層，這樣復合層壓織物兩面能量反射不同，使它對近紅外線、遠紅外線、電磁波及雷達等都有很好的防護與偽裝作用;美國導電復合材料公司開發(fā)出的CVD涂層非織造布，比使用導電纖維生產(chǎn)的非織造布更輕、更薄、導電性更好。