Ten Major Technological Innovation Fiber Spinning

< p > > a href= "http://www.91se91.com/news/index_c.asp" > fiber spinning < /a > production pollute the environment, pollute the air and avoid it. It can be regarded as one of the dirtiest industries in the world.

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< p > the main reason is cotton and fiber products will pollute the environment, and the technology is obsolete.

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< p align= "justify" > according to the US Energy Bureau survey, < a target= "_blank" href= "http://www.91se91.com/" > textile > /a > industry is the fifth largest industry of carbon dioxide emissions in the United States.

However, we should also see that with the environmental awareness of consumers and < a target= "_blank" href= "http://www.91se91.com/" > clothing < /a > enterprises to enhance the awareness of environmental protection, technology has begun to show great power and has achieved remarkable results.

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"P align=" justify "New York Fashion Week" was launched in from September 6th to 13th. You can see many innovative products with various names.

Fibers made from useful food, beer bottles or other materials are dyed through air, and there are even online shopping tools that can grasp the actual size.

They are affecting fashion, for all to see.

Of course, you can also see more innovative innovations from other fashion exhibitions in the world.

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< p align= "justify" > 1. fiber mixed with milk, tea and coffee beans.

Milk, tea, coffee beans mix together, complement each other.

But it's not a mixed flavor.

High and new technology has become famous in the fashion circle and made it evergreen.

Besides, technological innovation is really cool.

For example, food is becoming clothing.

German microbiology < a target= "_blank" href= "http://www.91se91.com/" > designer "/a" and "multi milk" is made from milk as raw material, called "milk silk" "ecological milk fiber".

Sports a target= "_blank" href= "http://www.91se91.com/" > dress < /a > manufacturing industry uses recycled technology to produce warm clothing for keeping warm by using coffee beans.

Susanna, a genius designer, is also a mechanical engineer, but he produces fiber from tea fungus.

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< p align= "justify > > 2. water saving dyeing technology.

California calle rip dye product company has developed a patented technology to complete the heat pfer from paper to fiber and finish dyeing only one step.

It costs 750 gallons of water to produce a pound of fiber.

The technology does not produce any toxic and by-products. Compared with traditional technology, it can save energy and save water.

Many well-known brand designs have begun to use this technology extensively, making it a popular key element.

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< p align= "justify" > 3. digital printing and dyeing.

With this technology, printed patterns can be used directly in textiles.

This will reduce 95% of water consumption and 75% of energy consumption and minimize emissions.

The brand designers who introduced the technology are too numerous to enumerate, which greatly replace the traditional printing and dyeing methods.

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< p align= "justify" > 4. rebirth of new plastic bags and beer bottles.

From plastic bags to beer bottles, these recycled artificial materials are emitting light and heat.

Like other materials and bamboo fibers, these upgraded materials can also be melted and extruded into fibers by decomposing them into particulates.

25% of the materials used by a brand cowboy are plastic bottles and 75% cotton blended fibers. The final products are soft and wear-resistant and similar to tannin fibers.

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< p align= "justify" > 5. hand dyeing.

Some of the latest technologies are always available.

Many small scale fashion lines are using local materials and are hand stained. They attract more eyeballs.

For example, there are brands of organic dyes planted in local communities, and hand dyeing of cotton and linen blended materials.

Following the trend is the world famous designer Renee and Stephanie fan, who use hand-made series of costumes, the color of the dress is only a single red color composition.

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< p align= "justify > > 6. to understand your size of online shopping tools.

Many online retailers encounter high frequency returns because of consumers' dissatisfaction or dislike for style and quality.

However, an intelligent online shopping tool can greatly reduce the return rate and minimize the cost of pportation.

MyShape has developed a patent technology that enables buyers to choose products that match their size and preferences.

In 2009, they used the "no difference trying" approach to urge buyers to avoid the size choice, ensuring that each material purchased is suitable and can highlight the perfect figure.

A retailer named "H&C" launched a "fitting me" virtual fitting room with a variable robot model.

It can measure the size and imitate the life size to ensure that the a target= "_blank" href= "http://www.91se91.com/" > the dress < /a > fits well.

The website has been a great success. It has reduced the return rate of German online retailers by 28%, creating good results.

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< p align= "justify" > 7. water proof stone denim.

The Levi brand's water saving series jeans only use 28% or less of the average.

Sometimes, it can even reduce by 96%.

So far, the series has reduced water consumption by 170 million liters.

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< p align= "justify > > 8. biofilter sewage technology.

Perhaps the name is not loud enough, but the invention of the whole term "intermittent biofilter reactor" is really helpful.

The process first decomposes the most difficult textile component, organic compound, by oxidation, followed by Biofilter technology.

Unlike traditional biotechnology systems, this innovative technology relies on a large number of polymers formed by microorganisms.

Sewage dumped on microbes can form polymers and adsorb pollutants.

The adsorption capacity of each polymer is 10 times that of the conventional biofiltration technology, while the sediment produced by the biofilter is reduced by 80%.

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< p align= "justify > > 9. intelligent tailoring.

The lens direct connection control panel technology, also known as intelligent tailoring, is developed by India designers, aiming at increasing the production efficiency of textile products (15%) and shortening the delivery cycle by 50%.

The principle is to connect the computer at one end of the lens to store data related to clothing, such as color, pattern and size.

The lens will be accurately decomposed, reorganized, braided, tailored and finalized.

The technology greatly saves manpower, material resources and resources, and the shrinkage and processing energy saving and water saving are up to 70% to 80%.

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< p align= "justify" > 10. new standard.

The global organic textile standard (GOTS), which is not just technological innovation, is like a trend of expansion.

It is formulated by the global standard organization for organic textiles.

The aim is to identify a globally recognized demand standard.

It provides a new platform for many technologies that are being developed today.

The standard also provides consumers with a reliable guarantee to ensure that the organic properties of textiles are maintained throughout the process, from raw materials to clothing and clothing, which are beneficial to the environment and society.

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< p align= "justify" > it aims at uniform manufacturing standards for Industry and sales industry. Once global certification is achieved, it creates conditions for mass production of organic a href= "http://www.91se91.com/news/index_s.asp" > textile < /a >.

Therefore, the advent of the standard and certification system is a milestone in the world's organic textile standards. They are affected by this trend, whether they are fabric stores or large retailers and distributors.

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