澳門博瑞達(dá)輻射防護(hù)工程有限公司一家經(jīng)衛(wèi)生部批準(zhǔn)專業(yè)從事射線防護(hù)器材制造生產(chǎn)和銷售的高科技企業(yè)及面向全國(guó)承攬各種輻射防護(hù)新建及改造工程的設(shè)計(jì)與施工專營(yíng)澳門鉛板、澳門當(dāng)?shù)禺?dāng)?shù)劂U皮、澳門當(dāng)?shù)禺?dāng)?shù)劂U門、澳門當(dāng)?shù)禺?dāng)?shù)劂U玻璃?澳門 防護(hù)門、澳門當(dāng)?shù)禺?dāng)?shù)厣渚€防護(hù)門、澳門當(dāng)?shù)禺?dāng)?shù)?澳門鉛玻璃、澳門當(dāng)?shù)禺?dāng)?shù)亓蛩徜^、澳門當(dāng)?shù)禺?dāng)?shù)劂U門、澳門當(dāng)?shù)禺?dāng)?shù)胤垒椛溷U門、澳門當(dāng)?shù)禺?dāng)?shù)劂U錠、澳門當(dāng)?shù)禺?dāng)?shù)谻T、澳門當(dāng)?shù)禺?dāng)?shù)豖光室防輻射鉛門、澳門當(dāng)?shù)禺?dāng)?shù)劂U房、澳門當(dāng)?shù)禺?dāng)?shù)劂U屏風(fēng)、澳門當(dāng)?shù)禺?dāng)?shù)劂U衣、澳門當(dāng)?shù)禺?dāng)?shù)劂U眼鏡等一系列防輻射產(chǎn)品生產(chǎn)廠家，生產(chǎn)的鉛制品全部用99.994以上的鉛錠制造，主要用于醫(yī)院防護(hù)，工業(yè)探傷。用于 ICU科室 DR科室 CT室、澳門當(dāng)?shù)禺?dāng)?shù)豖光室 牙科室 手術(shù)室 等墻面防護(hù)材料：多用于醫(yī)用，工業(yè)墻體，屋頂防護(hù) 穩(wěn)定可靠，防護(hù)效果佳等特點(diǎn).被廣泛應(yīng)用于全國(guó)各地醫(yī)院和工業(yè)領(lǐng)域?qū)、澳門當(dāng)?shù)禺?dāng)?shù)卅蒙渚€防護(hù)的要求，經(jīng)當(dāng)?shù)丨h(huán)保部門檢測(cè)均符合射線防護(hù)的要求，并經(jīng)衛(wèi)生部射線防護(hù)器材防護(hù)質(zhì)量監(jiān)測(cè)中心審查合格，頒發(fā)放射防護(hù)器材檢測(cè)報(bào)告單嚴(yán)格按ISO9001國(guó)際質(zhì)量管理體系標(biāo)準(zhǔn)執(zhí)行，獲得"質(zhì)量放心、澳門當(dāng)?shù)禺?dāng)?shù)赜脩魸M意"十佳誠(chéng)信企業(yè)、澳門當(dāng)?shù)禺?dāng)?shù)厣綎|省質(zhì)量信得過(guò)產(chǎn)品、澳門當(dāng)?shù)禺?dāng)?shù)刂睾贤匦庞?A企業(yè)等榮譽(yù)稱號(hào)。 澳門鉛玻璃用于制造光學(xué)玻璃、澳門當(dāng)?shù)禺?dāng)?shù)仉娬婵詹Ａ?、澳門當(dāng)?shù)禺?dāng)?shù)氐蜏胤饨硬Ａ?、澳門當(dāng)?shù)禺?dāng)?shù)胤垒椛洳Ａ?、澳門當(dāng)?shù)禺?dāng)?shù)劂U晶質(zhì)玻璃、澳門當(dāng)?shù)禺?dāng)?shù)鼗鹗惞鈱W(xué)玻璃、澳門當(dāng)?shù)禺?dāng)?shù)氐腿鄄Ａ?、澳門當(dāng)?shù)禺?dāng)?shù)匮舆t線玻璃、澳門當(dāng)?shù)禺?dāng)?shù)馗哒凵湮⒅椴ＡЪ八囆g(shù)器皿玻璃等。除二氧化硅、澳門當(dāng)?shù)禺?dāng)?shù)厝趸鸬炔Ａ纬晌锿?，含有多量氧化鉛的玻璃。澳門鉛玻璃的組成式為:即氧化硅(氧化硼)，稱網(wǎng)絡(luò)形成物，是構(gòu)成玻璃網(wǎng)絡(luò)結(jié)構(gòu)的基本單元。RmOn，代表堿、澳門當(dāng)?shù)禺?dāng)?shù)貕A土、澳門當(dāng)?shù)禺?dāng)?shù)叵⊥两饘俚慕饘傺趸?，是使玻璃網(wǎng)絡(luò)結(jié)構(gòu)發(fā)生變化、澳門當(dāng)?shù)禺?dāng)?shù)剡_(dá)到調(diào)整特性的網(wǎng)絡(luò)修改物。PbO，即氧化鉛，為特征成分，賦予玻璃基本特性。隨PbO含量的增加，玻璃的密度、澳門當(dāng)?shù)禺?dāng)?shù)卣凵渎?、澳門當(dāng)?shù)禺?dāng)?shù)厣?、澳門當(dāng)?shù)禺?dāng)?shù)亟殡姵?shù)、澳門當(dāng)?shù)禺?dāng)?shù)貙?duì)X射線和γ射線吸收系數(shù)等性能指標(biāo)值增加；其硬度、澳門當(dāng)?shù)禺?dāng)?shù)馗邷卣扯?、澳門當(dāng)?shù)禺?dāng)?shù)剀浕瘻囟?、澳門當(dāng)?shù)禺?dāng)?shù)鼗瘜W(xué)穩(wěn)定性等指標(biāo)值降低；致使玻璃成型料性變長(zhǎng)、澳門當(dāng)?shù)禺?dāng)?shù)刂珓┥术r艷、澳門當(dāng)?shù)禺?dāng)?shù)乇砻婀鉂稍黾?、澳門當(dāng)?shù)禺?dāng)?shù)厍脫袈暻宕唷?/div>

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