添加盈速粒的隔热保温涂料应用技术规程

Q/XWEIBAO001-2011Q/XWEIBAO厦门维堡节能科技限公司企业标准Q/XWEIBAO001-2011添加盈速粒(INSULADD)的隔热保温涂料应用技术规程2012－01－09发布2011－01－20实施厦门维堡节能科技有限公司发布Q/XWEIBAO001-2011前言为规范添加盈速粒（INSULADD）的隔热保温涂料（以下简称盈速粒涂料）的设计、施工、验收，根据实践经验，参考有关国家标准编制本规程。本规程所有内容符合强制性国家标准、行业标准及地方标准。本规程共分6章，包括：总则、术语、材料要求、构造与热工设计、施工和质量验收。本规程由厦门维堡节能科技有限公司负责技术内容解释。为了促使盈速粒涂料在建筑节能应用中的技术不断完善，恳请各使用本技术规程的单位和关注该技术发展的各界同仁提出宝贵意见和建议，并及时与本公司联系，以供校正和修订。本规程编制单位：厦门维堡节能科技有限公司本规程主要起草人员：赵凤山蒋今宝李小梅联系电话：[phone]电子邮箱：[e-mail]公司地址：厦门市厦禾路362号建设大厦2609室，361001Q/XWEIBAO001-20112目次1总则··········································································································12术语··········································································································23原材料要求·································································································34产品性能要求······························································································45构造与热工设计···························································································75.1构造··································································································75.2热工设计····························································································86施工··········································································································96.1一般规定····························································································96.2饰面层施工·························································································96.3成品保护··························································································117工程质量验收····························································································127.1一般规定···························································································127.2主控项目··························································································127.3一般项目··························································································13本规程用词说明······························································································14附录A：引用标准···························································································15Q/XWEIBAO001-2011Q/XWEIBAO001-20111、总则1.0.1为规范添加盈速粒的隔热保温涂料工程技术应用，保证工程质量及节能效果，做到技术先进、安全可靠、经济合理，特编制本规程。1.0.2本规程适用于夏热冬暖、夏热冬冷地区新建、扩建及改建建筑使用盈速粒涂料的墙体和不上人屋面保温隔热工程的设计、施工和验收。1.0.3采用盈速粒涂料的外墙和屋面的施工及验收，除应执行本规程外，还应符合国家、行业及福建省现行的有关标准、规范的规定。1Q/XWEIBAO001-201122、术语2.0.1盈速粒（INSULADD）盈速粒是一种经过级配的粒径45～150μm的中空陶瓷颗粒，具有高反射率、高辐射率、低导热系数、低蓄热系数等热工性能。呈白色干粉末状，具有无毒、无气味、耐高温（熔点在1750℃左右）、耐腐蚀、耐酸碱、防潮、高强度（抗压强度高28MPa）等特点。2.0.2盈速粒（INSULADD）涂料按照重量比1：9的比例要求添加了盈速粒（INSULADD）的建筑外墙隔热保温涂料。盈速粒（INSULADD）与涂料的配比为1：9，即1kg盈速粒(INSULADD)配9kg涂料。盈速粒可添加在溶剂型外墙涂料、合成树脂乳液外墙涂料、外墙无机涂料等外墙涂料中，不影响涂料本身的性能。Q/XWEIBAO001-201133、原材料要求3.0.1与盈速粒结合使用的建筑外墙涂料性能应符合GB/T9755《合成树脂乳液外墙涂料》、GB/T9757《溶剂型外墙涂料》、JG/T26《外墙无机建筑涂料》等国家现行标准。3.0.2盈速粒产品要求1盈速粒应包装严密，并注明名称、生产厂家、地址、产品名称、生产日期和使用有效期。2运输过程中应防止雨淋；产品包装应完好无损。产品贮存时应保证通风、干燥。Q/XWEIBAO001-201144、产品性能要求4.0.1盈速粒涂料性能除应符合相应国家、行业和地方标准外，还应符合表4.0.1-1、表4.0.1-2、表4.0.1-3的规定。表4.0.1-1盈速粒涂料(合成树脂乳液)性能指标项目技术指标试验方法太阳光反射比白色:ρsS≥0.80浅色（1）：ρs≥0.50《建筑反射隔热涂料》JG/T235-2008《建筑用反射隔热涂料》GB/T25261半球发射率≥0.83《建筑用反射隔热涂料》GB/T25261《建筑反射隔热涂料》JG/T235-2008《航天器热控涂层试验方法第3部分：发射率测试》GJB2502.3—2006隔热温差，℃≥10《建筑反射隔热涂料》JC/T235隔热温差衰减（白色），℃≤12容器中状态搅拌后无硬块、凝聚，呈均匀状态《合成树脂乳液外墙涂料》GB/T9755施工性涂刷二道无障碍涂膜外观无针孔、流挂，涂膜均匀对比率≥0.93干燥时间（表干），h≤2耐碱性48h无异常耐酸性（2%H2SO4）96h无异常《合成树脂乳液外墙涂料》GB/T9755耐水性（96h）无异常《合成树脂乳液外墙涂料》GB/T9755低温稳定性无硬块、凝聚及分离《合成树脂乳液外墙涂料》GB/T9755涂层耐温变性（5次循环）无异常《合成树脂乳液外墙涂料》GB/T9755耐洗刷性，次≥2000耐沾污性（白色或浅色）,%≤15不透水性0.3Mpa,30min不透水《建筑防水涂料试验方法》GB/T16777水蒸汽透湿率2，g/(m2·s·Pa)≥8.0×10－2拉伸性能拉伸强度，Mpa≥1.0断裂伸长率，%≥100耐人工气候老化性（250h）外观不起泡、不剥落、无裂纹《合成树脂乳液外墙涂料》GB/T9755粉化，级≤1变色（白色或浅色），级≤2注：（1）浅色是指以白色涂料为主要成分，添加适量色浆后配制成的浅色涂料形成的涂膜所呈现的浅颜色，按《中国颜色体系》GB/T15608-1995规定执行。Q/XWEIBAO001-20115表4.0.1-2盈速粒涂料(溶剂型)性能指标项目技术指标试验方法优等品一等品合格品太阳光反射比白色:ρsS≥0.80浅色（1）：ρs≥0.50《建筑反射隔热涂料》JG/T235-2008《建筑用反射隔热涂料》GB/T25261半球发射率≥0.83《建筑用反射隔热涂料》GB/T25261《建筑反射隔热涂料》JG/T235-2008《航天器热控涂层试验方法第3部分：发射率测试》GJB2502.3—2006容器中状态无硬块，搅拌后呈均匀状态GB/T9757《溶剂型外墙涂料》施工性刷涂二道无障碍干燥时间（表干），h≤2涂膜外观正常对比率（白色和浅色1）≥0.93≥0.90≥0.87耐水性（96h）无异常耐碱性（48h）无异常耐洗刷性，次≥5000≥3000≥2000耐人工气候老化性白色和浅色1000h不起泡、不剥落、无裂纹500h不起泡、不剥落、无裂纹300h不起泡、不剥落、无裂纹粉化，级≤1变色，级≤2其他色商定耐沾污性（白色和浅色1），%≤10≤10≤15涂层耐温变性（5次循环）无异常1浅色是指以白色涂料为主要成分，添加适量色浆后配制成的浅色涂料形成的涂膜所呈现的浅颜色，按GB/T15608-1995中4.3.2规定明度值为6－9之间（三刺激值中的YD65≥31.26）。Q/XWEIBAO001-20116表4.0.1-3盈速粒涂料(无机外墙)性能指标项目技术指标试验方法太阳光反射比白色:ρsS≥0.80浅色（1）：ρs≥0.50《建筑反射隔热涂料》JG/T235-2008《建筑用反射隔热涂料》GB/T25261半球发射率≥0.83《建筑用反射隔热涂料》GB/T25261《建筑反射隔热涂料》JG/T235-2008《航天器热控涂层试验方法第3部分：发射率测试》GJB2502.3—2006容器中状态搅拌后无硬块，呈均匀状态JG/T26《外墙无机建筑涂料》施工性刷涂二道无障碍涂膜外观正常对比率（白色和浅色1）≥0.95热贮存稳定性（30d）无结块、凝聚、霉变现象低温贮存稳定性（3次）无结块、凝聚现象干燥时间（表干），h≤2耐水性（168h）无起泡、裂纹、剥落，允许轻微掉粉耐碱性（168h）无起泡、裂纹、剥落，允许轻微掉粉耐温变性（10次）无起泡、裂纹、剥落，允许轻微掉粉耐洗刷性，次≥1000耐沾污性，%Ⅰ类≤20Ⅱ类≤15耐人工老化性(白色和浅色1)Ⅰ类（800h）无起泡、裂纹、剥落粉化≤1级，变色≤2级Ⅱ类（500h）无起泡、裂纹、剥落粉化≤1级，变色≤2级1浅色是指以白色涂料为主要成分，添加适量色浆后配制成的浅色涂料形成的涂膜所呈现的浅颜色，按GB/T15608-1995中4.3.2规定明度值为6－9之间（三刺激值中的YD65≥31.26）。Q/XWEIBAO001-201175、构造与热工设