永利在线

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HEXINJISHU

TECHNOLOGY

SDTJIEMIANCHENJIJISHU

JIEMIANSHIZHIWUZHIXIANGYUXIANGZHIJIANJIAOJIEDEQUYU,CUNZAIYULIANGXIANGZHIJIAN,HOUDUYUEWEIJIGEFENZICENGDAOJISHIFENZICENG。WUZHIJIANDEXIANGJIEMIANYOUQIYEJIEMIAN、QIGUJIEMIAN、YEGUJIEMIAN、YEYEJIEMIAN、GUGUJIEMIANWUZHONG。 JIEMIANCHENJIJISHU(SDT),SHIZHITEDINGYEXIANGCAILIAO,TONGGUOWULISHOUDUAN,ZAIJICAIJIEMIANSHANGCHENJIWEIJUYOUXIFU、CUIHUADENGGONGNENGDEBOMODEJISHU。KONGQIJINGHUACAILIAODEJIEMIANCHENJIYINGYONGJISHUSHI永利在线JISHUTUANDUIDEZHONGYAOYANJIULINGYU。

JISHUBEIJING

SHINEIKONGQIJINGHUAYAOJICAILIAOYIBANSHIYONGWUHUAPENTUDEFANGSHIDUIZHUANGSHIWUJINXINGQITAIWURANWUSHIFANGKONGZHI,TONGSHIZHENDUIKONGJIANZHONGDEYOULIQITAIWURANWUYEQIDAOJINGHUAZUOYONG。YINCI,YOULIANGDEJIEMIANCHENJIXINGNENG,DUIYUJINGHUAXIAOGUODECHIJIUXINGLAISHUOZHIGUANZHONGYAO。永利在线SDTJINGHUAZHIJICHANPINZHONGDUTEDEBIAOMIANHUOXINGCHENGFENZAIJINGGUOWUHUAPENTUHOU,ZAIWURANYUANSHANGJINXINGJINSIERWEIHUADE、GAOBIBIAOMIANJIDEGUHUACHENJI,QIJUYOUJIEHECENGBO,FUZHUQIANGDUGAO、WAIGUANWUSUNSHANGDETEDIAN,TONGSHIJUBEIFEICHANGHAODEYE-GUXIANGHUOHUANENG。GENJUJIBUSIZIYOUHANSHU,BIAOMIANXIFUNENGCHENGSHANGJIANQUSHI,JICONGSHIGONGWUHUAQIDAOCHENJIANGWENDINGQI,KEYICHIXUFAHUIJINGHUAZUOYONG。CHANPINZAIZHUANGSHIWUJIEMIANXINGCHENGWENDINGDELONGSHIJIEGOUCENG,NENGYOUXIAOZUGE、BAOHE、CUIHUA、JIANGJIEQITAIWURANWU,XIAOGUOCHANGQICHIJIU。

SDT界面沉積技術

JIEMIANFENSANSHENTOUJISHU

永利在线SDTJINGHUAZHIJICAIYONGGAOXIAORUNSHIHUOXINGJI,JUYOUJIDIDEBIAOMIANZHANGLIHELIANGHAODESHENTOUXING,NENGZAIWUHUAPENTUHOUXUNSUZAIJIMIANXINGCHENGSHENTOU。YE-GUXIANGJIEMIANθJIAODIYU6°,YINERJUYOUJIAOQIANGDESHENTOUXING。

JIEMIANCUIHUAJISHU

永利在线SDTJINGHUAZHIJIZAIZAOQIYE-GUXIANGJIEMIANJIUNENGXIANXIANCHUCUIHUAHUOXING,CAILIAOZAIWUHUARUNSHIQINGXINGXIA,JUYOUXIFUCUIHUATEXING,BINGZAICAILIAOGUHUAHOUCHANGQIBAOCHICUIHUAJIANGJIETEZHENG。

多孔沉積技術
永利在线SDT凈化制劑在裝飾物表面層形成納米TIO2和SIO2為骨架多孔結構,并于基材的粘附性良好,不產生裂紋,使整體膜層呈多孔膜狀結構,具有較好的凈化催化載體的作用,同時也具有了較強的物理吸附特征。

SDTJINGHUAZHIJIDEYEXIANGCHENJIJISHUKEFENWEISANGEGONGYIBUZOU:

Step 1: 界面溶質滲透: 指液體產品霧化沉降在基面上后,有效溶質通過分子擴散由表面不斷向界面主體滲透的過程。
Step 2: 氣相捕捉吸附:指基材內部以及外部環境中的氣態污染物,由氣相擴散入液相的過程。
Step 3: 固化沉積:指在表面活性劑等成分的作用下,霧化分散在固相界面的材料固化穩定的過程。

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