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'Real' leather, like that pictured above, could soon face competition from a lab-grown sub...

According to many people, meat and leather are an ethical and environmental nightmare, causing misery to billions of animals and wreaking havoc on the planet’s ecosystems. While mankind may not turn entirely vegan in the next generation, a more humane and cleaner type of leather could become available in the near future (and meat a few years later) thanks to the development of an in-vitro version of the material being developed by Modern Meadow.  Read More

Vapor Apparel will be launching its new ECO Spin recycled fabric range at the EcoPrint sho...

The textile and fashion industries have a huge environmental footprint as their production cycles rely on oil, pesticides, and great amounts of energy and water. For that reason, some companies are looking for new manufacturing methods, including recycling, as a way to mitigate their ecological footprint. One of them is Vapor Apparel, a U.S. company specializing in performance fabrics and digital sublimation printing that is launching a new range of 100 percent recycled fabric during the upcoming EcoPrint show in Berlin, Germany.  Read More

adidas produced 50,000 t-shirts using the resourse-saving DryDye process in Q2 2012

Textiles are a resource-heavy business. In an effort to reduce water consumption, energy use and a need for chemicals, adidas created the DryDye technology, which uses pressurized CO2 in place of water to dye t-shirts and other garments.  Read More

The researchers used a standard T-shirt purchased from a local discount store for their wo...

As manufacturers of smartphones and mobile devices strive to make their products increasingly portable, they repeatedly come up against the constraints of existing battery technology. However, Xiaodong Li, a professor at the University of South Carolina (USC) believes that we will soon be able to employ the clothes we wear to help overcome such challenges and to this end, Li has transformed T-shirt material into an energy storage medium which could one day be used to power portable devices.  Read More

Clariant's Advanced Denim manufacturing process cuts the amount of water, energy and chemi...

Denim jeans have become a mainstay of wardrobes the world over, but with some estimates suggesting that over 2,500 gallons (9,463 l) of water, almost a pound of chemicals and significant amounts of energy are required to produce just one pair of jeans, their success has a significant impact on the environment. Now a new process developed by Swiss chemical company Clariant promises to turn blue (and other colored) jeans a shade of green.  Read More

The NANOMOSKI process utilizes silica nanoparticles to render clothing mosquito-repellant

For many of us, mosquitoes are an irritating pest that can ruin any number of outdoor activities. For many others, however, they are also spreaders of malaria – a disease which infected approximately 216 million people in 2010, according to an estimate by the World Health Organization. Repeatedly slathering on bug repellant is one way of dealing with the insects, although wearing clothing made from mosquito-repellant fabric sounds a lot more preferable. While existing mozzie-unfriendly garments have some limitations, Portuguese tech company Nanolabel has developed a new treatment process that it claims is far superior to traditional technology.  Read More

Silk treated with chlorine has been shown to kill anthrax-like bacteria within minutes of ...

When anthrax spores go dormant, they develop a tough outer coating that can withstand heat, radiation and antibiotics, in one case even allowing them to come back to life after 250 million years. It seems that such spores could be no match, however, for a special pair of silk curtains.  Read More

Wake Forest University researcher Corey Hewitt, with a sample of the Power Felt

Some day, your jacket may be able to power your iPod ... and no, I’m not talking about piezoelectric fabrics (which generate electricity from movement-caused pressure), nor am I talking about photovoltaic materials, although both of those could probably do the job. Instead, your jacket might be made out of a new thermoelectric material called Power Felt, that converts temperature differences into electrical voltage – in the case of the jacket, the difference between its wind-cooled exterior and its body-warmed lining might be all that was needed.  Read More

Researchers have developed a coating for fabric, that could be used to clean clothing simp...

For some time now, we’ve been hearing about the benefits of drying our laundry outside on the clothesline. We save money and energy by not running the dryer, the sunlight kills germs, and we don’t run the risk of generating harmful dryer emissions. In the future, however, we might also end up washing our clothes by hanging them outside – scientists in China have successfully used sunlight to remove orange dye stains from cotton fabric, that was treated with a special coating.  Read More

Mountain Hardwear's Dry.Q water-proof breathable fabric is among a new breed of sporting a...

A new dawn is breaking in the evolution of outdoor apparel technology. Many materials that dominate today's outdoor clothes - wool and down, for instance - have been plucked straight from nature for hundreds of years. While textile manufacturers and clothing companies have tried to improve upon natural designs, they've generally failed to come up with anything that unequivocally surpasses Mother Nature. Just beyond the action videos and gear shops though, an improved generation of materials with the potential to displace stale staples is slowly moving from test labs to retail shelves. If these materials can brave the real world and live up to the hype, outdoor apparel - and outdoor sports - will look very different in the future.  Read More

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