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  • 关于征求《高光效陶瓷金属卤化物灯》“浙江制造”标准(征求意见稿)意见的公告

    关于征求《高光效陶瓷金属卤化物灯》“浙江制造”标准(征求意见稿)意见的公告

    各有关单位及个人: 根据《团体标准管理规定》(国标委联〔2019〕1号)的有关要求,现就浙江新光阳照明股份有限公司起草的《高光效陶瓷金属卤化物灯》“浙江制造”标准(征求意见稿)向社会公开征求意见,征求意见时限为9月17日至10月17日,请于时限内将《征求意见表》反馈至邮箱:651488038@qq.com,逾期视为无意见。 附件一:编制说明征求意见稿-高光效陶瓷金属卤化物灯 附件二:征求意见表 附件三:征求意见稿-高光效陶瓷金属卤化物灯 read more

    Sep 17,2020 News
  • Advantages of LED lighting in landscape lighting

    Advantages of LED lighting in landscape lighting

    Entering 2020, affected by the new crown pneumonia epidemic, the LED lighting market continues to decline. But the opposite is that the landscape lighting field still maintains a high gross profit in the downturn in the market environment. At the same time, LED landscape lighting companies are parti... read more

    Sep 25,2020 News
  • LED explosion-proof lamp technology is mature

    LED explosion-proof lamp technology is mature

    In the LED professional lighting application market, industrial lighting is one of the most concerned applications because LED lamps not only have the characteristics of power saving and high installation flexibility, but also have a longer service life than traditional bulbs. The best choice. Take ... read more

    Sep 12,2020 News
  • Smart street lights make the city more convenient for citizens

    Smart street lights make the city more convenient for citizens

    Since November last year, Hezhang County has solidly promoted the "Five Cities Together" initiative in the "Colourful Guizhou Civilization Action", and joined Yibo Hi-Tech to launch the Smart Hezhang PPP Smart Lighting Project on Yelang Avenue and South Ring Road in the county. After the epidemic re... read more

    Sep 07,2020 News
  • New research or will produce a new type of low-energy OLED

    New research or will produce a new type of low-energy OLED

    It is reported that scientists from the RIKEN Institute of Physics and Chemistry in Japan and the University of California, together with international partners, have recently demonstrated a new method to manipulate excitons, which are essential for electron transport in OLEDs. Their research shows ... read more

    Aug 31,2020 News