Chika's Feed
Oct 19, 2010

Aspiring Japanese designers urged to look to home, China

By Chika Osaka

TOKYO (Reuters Life!) – Young Japanese designers are being urged to aim for success at home as a way of opening the door to one of the world’s biggest potential markets — China.

While Japanese designers like Issey Miyake, Yohji Yamamoto and Comme des Garcons’ Rei Kawakubo reigned strong in the 1970s and 1980s, hopeful young successors today are struggling to make themselves known, particularly in an ailing economy.

Oct 13, 2009
via Raw Japan

Suiting up against the flu

Photo

It looks like typical, off-the-rack business attire but a Japanese menswear firm has invented a suit for the executive who doesn’t have time to come down with the flu.Haruyama Trading says its $590 suit can protect wearers from the H1N1 virus, as it is coated with titanium dioxide, a chemical commonly used in toothpaste and cosmetics that is said to kill the virus upon contact. The company worked on the idea with Gaea, a firm that has added anti-flu coatings to face masks, towels and clothes for doctors for more than 10 years. Now, it’s turning to businessmen.”I bought this suit to protect my newborn baby at home. My wife is worried about the swine flu as well,” said Eiji Hiratsuka, a 32-year-old businessman.Not everyone was sold though, as many businessmen told me they were sceptical about the suit, planning to stick to the usual anti-flu and anti-virus defenses such as washing hands and gargling on a daily basis”I think face masks are more effective than these suits, so I’m not buying one,” said Junji Yasuda, a 27-year-old Japanese businessman.

Oct 9, 2009

For the busy executive — an anti-H1N1 suit

TOKYO (Reuters) – For the executive who doesn’t have time to come down with the flu, a Japanese company has invented a new form of protection — the anti-H1N1 suit.

Menswear company Haruyama Trading claims the suit can protect wearers from the H1N1 virus, also known as swine flu, as it is coated with titanium dioxide, a chemical commonly used in toothpaste and cosmetics and that breaks down when reacting with light, supposedly killing the virus upon contact.