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  • Inlay

     Inlay

    9662 Dry/Wet Inlay

    福辽宁35选7开奖结果彩 www.oxvlp.tw UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IM0A Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IS03 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IS02 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IS01 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IN04 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IN03 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IN02 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IN01 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IM0C Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IM0B Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IM0A Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IM06 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IM02 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IM01 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IL14 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IL04 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IL02 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    IL01 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

     Inlay

    AD232 Dry/Wet Inlay

    UHF inlay is specially designed for multi-tag reading applications, which meets the standard of EPC C1 G2 (ISO 18000-6C). With the operating frequency 902~928Mhz, the tag has its anti-collision mechanism that could prevent data interference.

  • 云中岳.blog的博客—强国博客—人民网 2019-08-17
  • 工商总局等七部门关于防范代币发行融资风险的公告 2019-08-17
  • 涉案3000余万 浙江湖州警方破获一起特大网络赌场案 2019-08-15
  • 珠海银隆IPO终止,格力造车梦终结? 2019-08-15
  • “一带一路”中小企业国际合作高峰论坛在京举行 2019-07-24
  • iPhone搜索框原来这么强大 以前白用了iPhone搜索框原来这么强大-手机行情 2019-07-22
  • “鹊桥”天梯的“四宗最” 2019-07-20
  • 把过去私有制基础上的“阶级分析”生搬硬套到现代公有制和私有制并存的无阶级社会,那才真是“张冠李戴”、“睁着眼睛说瞎话”。 2019-07-18
  • 长治市争创全国禁毒示范城市 2019-07-18
  • 浙江江山实施“两单一表”制度 防止巡察整改“纸上谈兵” 2019-07-14
  • 【理上网来·辉煌十九大】坚持和加强党的全面领导  揭示新时代执政党长期执政规律 2019-07-14
  • 北京地铁早高峰大数据:7时30分至8时30分客流最大 2019-07-05
  • 遭重兵围堵,伊朗求购千枚中国导弹,白宫:千万别卖! 2019-07-05
  • 美国发起贸易战,我们要让世界知道美元、美债并不可靠 2019-07-02
  • 衡阳市公安局回应“交警执勤中倒地”事件:2人停职调查 2019-07-01
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