建筑节能
建築節能
건축절능
CONSTRUCTION CONSERVES ENERGY
2015年
9期
38-41
,共4页
墙体自保温%粘贴%超薄石材
牆體自保溫%粘貼%超薄石材
장체자보온%점첩%초박석재
self-thermal insulation walls%paste%ultrathin stone
传统的干挂石材幕墙技术使用钢材作为骨架、岩棉作为保温材料，造价高，而且岩棉易吸水，降低了保温效果。采用自保温墙体粘贴超薄石材幕墙，既能体现建筑物的风格，又可以满足外墙保温节能要求。这一新技术利用自保温墙体砌块自身优良的保温性能，通过石材防护剂解决石材渗水问题，在抹灰层中埋置钢丝网保证抹灰层的整体性和基层粘贴力，创新性地在轻质墙体外侧粘贴超薄石材(5~8 mm)，配合专用保温砌筑砂浆和保温抹灰砂浆，采用小灰缝工艺进行墙体砌筑，可以有效解决石材湿贴的质量通病，达到石材幕墙的效果，而且墙体热工性能满足节能标准要求，具有广阔的应用前景。
傳統的榦掛石材幕牆技術使用鋼材作為骨架、巖棉作為保溫材料，造價高，而且巖棉易吸水，降低瞭保溫效果。採用自保溫牆體粘貼超薄石材幕牆，既能體現建築物的風格，又可以滿足外牆保溫節能要求。這一新技術利用自保溫牆體砌塊自身優良的保溫性能，通過石材防護劑解決石材滲水問題，在抹灰層中埋置鋼絲網保證抹灰層的整體性和基層粘貼力，創新性地在輕質牆體外側粘貼超薄石材(5~8 mm)，配閤專用保溫砌築砂漿和保溫抹灰砂漿，採用小灰縫工藝進行牆體砌築，可以有效解決石材濕貼的質量通病，達到石材幕牆的效果，而且牆體熱工性能滿足節能標準要求，具有廣闊的應用前景。
전통적간괘석재막장기술사용강재작위골가、암면작위보온재료，조개고，이차암면역흡수，강저료보온효과。채용자보온장체점첩초박석재막장，기능체현건축물적풍격，우가이만족외장보온절능요구。저일신기술이용자보온장체체괴자신우량적보온성능，통과석재방호제해결석재삼수문제，재말회층중매치강사망보증말회층적정체성화기층점첩력，창신성지재경질장체외측점첩초박석재(5~8 mm)，배합전용보온체축사장화보온말회사장，채용소회봉공예진행장체체축，가이유효해결석재습첩적질량통병，체도석재막장적효과，이차장체열공성능만족절능표준요구，구유엄활적응용전경。
The traditional technology of dry hanging stone curtain wall uses steel as a skeleton and rock wall as insulation materials. But this technology costs a lot and decreases the thermal insulation because the rock wall easily absorbs water. AAC curtain wall pasted ultrathin stone can reflect the style of buildings and meet the requirement of energy-saving wall insulation. The new technology uses the excellent insulation of AAC brick, solves the water seepage of stone by stone protective agent, ensures plastering layer integrity and grassroots paste by burying steel wire mesh in plastering layer, and pastes ultra-thin stone (5~8 mm) on light material wall. Considering it effectively solves the quality problems of stone curtain wall, and the curtain wall can meet the energy-saving standards with a broad application prospect.
