環(huán)境友好型膩?zhàn)臃郏河蓮埪?lián)君和雷建華發(fā)明的環(huán)境友好型膩?zhàn)臃郏渲饕习?70 至 90 份的集料、4 至 10 份的粘合劑和 2 至 4 份的添加劑。集料是建筑石膏粉、硅灰石粉和滑石粉的混合物；粘合劑可以是木纖維、羧甲基纖維素、苯丙乳液或聚氨酯中的一種；添加劑是消泡劑、殺菌劑和抗裂劑的混合物。這種膩?zhàn)臃劬哂协h(huán)保、無污染、無異味、耐擦洗等優(yōu)點(diǎn)。

　　Environmentally friendly putty powder: invented by Zhang Lianjun and Lei Jianhua, this environmentally friendly putty powder mainly consists of 70 to 90 parts of aggregate, 4 to 10 parts of binder, and 2 to 4 parts of additives. Aggregate is a mixture of building gypsum powder, wollastonite powder, and talc powder; The adhesive can be one of wood fiber, carboxymethyl cellulose, styrene acrylic lotion or polyurethane; Additives are a mixture of defoamers, fungicides, and crack inhibitors. This putty powder has the advantages of being environmentally friendly, pollution-free, odorless, and scrub resistant.

　　脫硫石膏基膩?zhàn)臃郏捍摞愊肌堛懣潞屯跫涯纫悦摿蚴唷咨杷猁}水泥為主要原料，配以少量羥丙基甲基纖維素（HPMC）和可分散性乳膠粉制備了一種新型環(huán)保的干粉建筑室內(nèi)膩?zhàn)臃邸Ｑ芯堪l(fā)現(xiàn)，膩?zhàn)臃鄣恼辰Y(jié)強(qiáng)度隨脫硫石膏用量增加呈先上升后下降的趨勢(shì)，當(dāng)脫硫石膏添加量為 50% 時(shí)，膩?zhàn)臃鄣恼辰Y(jié)強(qiáng)度最高。同時(shí)，120℃下烘干的脫硫石膏制備的建筑室內(nèi)用膩?zhàn)臃壅辰Y(jié)強(qiáng)度最高，達(dá)到 0.63MPa。

　　Desulfurized gypsum based putty powder: Cui Lixia, Zhang Mingke, and Wang Jiana prepared a new environmentally friendly dry powder indoor putty powder using desulfurized gypsum and white Portland cement as the main raw materials, supplemented with a small amount of hydroxypropyl methyl cellulose (HPMC) and dispersible latex powder. Research has found that the bonding strength of putty powder increases first and then decreases with the increase of desulfurization gypsum dosage. When the desulfurization gypsum dosage is 50%, the bonding strength of putty powder is the highest. Meanwhile, the bonding strength of indoor putty powder prepared from desulfurization gypsum dried at 120 ℃ is the highest, reaching 0.63MPa.

　　芳香型內(nèi)墻膩?zhàn)臃郏簭埪?lián)君和雷建華發(fā)明的芳香型內(nèi)墻膩?zhàn)臃郏?45 - 60 份白水泥、25 - 38 份硅藻土、5 - 10 份竹炭纖維、4 - 8 份香料、10 - 15 份粘合劑和 2 - 4 份抗裂添加劑組成。該膩?zhàn)臃劬哂辛己玫哪退浴⒎篱_裂、施工方便、經(jīng)濟(jì)環(huán)保且?guī)в蟹枷悖芴岣攮h(huán)境的舒適度。

　　Aromatic Interior Wall Putty Powder: The aromatic interior wall putty powder invented by Zhang Lianjun and Lei Jianhua is composed of 45-60 parts white cement, 25-38 parts diatomaceous earth, 5-10 parts bamboo charcoal fiber, 4-8 parts fragrance, 10-15 parts adhesive, and 2-4 parts crack resistant additive. This putty powder has good water resistance, anti cracking, easy construction, economic and environmental protection, and is aromatic, which can improve the comfort of the environment.

　　粉煤灰、鋼渣基膩?zhàn)臃郏憾蔚碌ぁ⒘魏閺?qiáng)和候昱灼研究了利用粉煤灰和鋼渣制備建筑外墻用膩?zhàn)臃鄣目尚行浴Ｒ苑勖夯摇撛⑺酁橹饕希浼由倭康牧u丙基甲基纖維素和可分散性乳膠粉，制備了固廢基建筑外墻用膩?zhàn)臃邸＝Y(jié)果表明，在相同條件下，粉煤灰和鋼渣占比為 50% 時(shí)，膩?zhàn)臃壅辰Y(jié)強(qiáng)度達(dá)最高，分別為 0.83MPa 和 0.87MPa，較純水泥時(shí)分別提高了 29% 和 36%；當(dāng)粉煤灰和鋼渣占比為 70% 時(shí)，膩?zhàn)臃壅辰Y(jié)強(qiáng)度分別為 0.62MPa 和 0.69MPa，均滿足國(guó)家標(biāo)準(zhǔn)要求。

　　Fly ash and steel slag based putty powder: Duan Dedan, Liao Hongqiang, and Hou Yuzhuo studied the feasibility of using fly ash and steel slag to prepare putty powder for building exterior walls. Solid waste based putty powder for exterior walls of buildings was prepared using fly ash, steel slag, and cement as the main raw materials, with a small amount of hydroxypropyl methyl cellulose and dispersible latex powder added. The results showed that under the same conditions, when the proportion of fly ash and steel slag was 50%, the bonding strength of putty powder reached the highest, which was 0.83MPa and 0.87MPa respectively, an increase of 29% and 36% compared to pure cement; When the proportion of fly ash and steel slag is 70%, the bonding strength of putty powder is 0.62MPa and 0.69MPa, respectively, both of which meet the national standard requirements.

　　防霉變膩?zhàn)臃郏簭埪?lián)君和雷建華發(fā)明的防霉變膩?zhàn)臃郏?70 - 90 份重質(zhì)碳酸鈣粉、10 - 20 份白水泥、10 - 20 份鐵白云石、20 - 30 份石膏粉、2 - 4 份羧甲基纖維粉、2 - 4 份緩凝劑和 1 - 3 份增稠劑組成。這種膩?zhàn)臃勰茉诔睗窦竟?jié)防止墻面發(fā)霉，有利于人體健康。

　　Mold proof putty powder: The mold proof putty powder invented by Zhang Lianjun and Lei Jianhua consists of 70-90 parts of heavy calcium carbonate powder, 10-20 parts of white cement, 10-20 parts of dolomite, 20-30 parts of gypsum powder, 2-4 parts of carboxymethyl fiber powder, 2-4 parts of retarder, and 1-3 parts of thickener. This putty powder can prevent wall mold during humid seasons and is beneficial to human health.

　　固廢基建筑室內(nèi)用膩?zhàn)臃郏憾蔚碌ぁ⒘魏閺?qiáng)和王佳娜以固廢活性粉和水泥為主要原料，配以少量的羥丙基甲基纖維素（HPMC）和可分散性乳膠粉制備了建筑室內(nèi)用膩?zhàn)印Ｑ芯勘砻鳎霉虖U活性粉部分或全部替代水泥均可制備出滿足 JG/T 298 - 2010《建筑室內(nèi)用膩?zhàn)印芬蟮哪佔(zhàn)臃邸ｋS固廢活性粉用量增加，膩?zhàn)臃鄣谋砀蓵r(shí)間變短，全部替代水泥時(shí)，表干時(shí)間較不替代水泥時(shí)縮短了一半。膩?zhàn)臃鄣恼辰Y(jié)強(qiáng)度呈現(xiàn)先升后降的趨勢(shì)。用固廢活性粉替代 50% 水泥制得的膩?zhàn)臃鄣恼辰Y(jié)強(qiáng)度最佳，達(dá)到 0.53 MPa，超過用 100% 水泥制得的膩?zhàn)臃鄣恼辰Y(jié)強(qiáng)度的 40%。

　　Solid waste based putty powder for indoor construction: Duan Dedan, Liao Hongqiang, and Wang Jiana prepared putty for indoor construction using solid waste active powder and cement as the main raw materials, supplemented with a small amount of hydroxypropyl methyl cellulose (HPMC) and dispersible latex powder. Research has shown that partially or completely replacing cement with solid waste active powder can prepare putty powder that meets the requirements of JG/T 298-2010 "Putty for Interior Use in Buildings". As the amount of solid waste active powder increases, the surface drying time of putty powder becomes shorter. When completely replacing cement, the surface drying time is reduced by half compared to when not replacing cement. The bonding strength of putty powder shows a trend of first increasing and then decreasing. The bonding strength of putty powder made by replacing 50% cement with solid waste active powder is the best, reaching 0.53 MPa, which is 40% higher than the bonding strength of putty powder made by 100% cement.

　　內(nèi)墻膩?zhàn)臃郏簭埪?lián)君和雷建華發(fā)明的內(nèi)墻膩?zhàn)臃郏?30 - 40 份白水泥、25 - 38 份硅藻土、15 - 21 份重鈣、10 - 17 份粘合劑和 3 - 5 份添加劑組成。該膩?zhàn)臃劬哂型ㄓ眯愿摺⒛退院谩⒎篱_裂、施工方便、安全環(huán)保等優(yōu)點(diǎn)。

　　Interior wall putty powder: invented by Zhang Lianjun and Lei Jianhua, it consists of 30-40 parts of white cement, 25-38 parts of diatomaceous earth, 15-21 parts of heavy calcium, 10-17 parts of adhesive, and 3-5 parts of additives. This putty powder has the advantages of high universality, good water resistance, anti cracking, easy construction, safety and environmental protection.

　　外墻膩?zhàn)臃郏簭埪?lián)君和雷建華發(fā)明的外墻膩?zhàn)臃郏?70 - 75 份重質(zhì)碳酸鈣粉、25 - 30 份灰鈣、3 - 5 份木纖維、70 - 75 份建筑石膏、25 - 30 份滑石粉和 7 - 10 份明膠粉組成。該膩?zhàn)臃劬哂辛己玫哪退浴⒏邚?qiáng)度和高附著力。

　　Exterior wall putty powder: The exterior wall putty powder invented by Zhang Lianjun and Lei Jianhua is composed of 70-75 parts of heavy calcium carbonate powder, 25-30 parts of gray calcium, 3-5 parts of wood fiber, 70-75 parts of building gypsum, 25-30 parts of talcum powder, and 7-10 parts of gelatin powder. This putty powder has good water resistance, high strength, and high adhesion.

　　氣化灰基膩?zhàn)臃郏憾蔚碌ぁ⒘魏閺?qiáng)和候昱灼研究了利用氣化灰替代水泥制備膩?zhàn)臃鄣募夹g(shù)可行性。以氣化灰和 42.5 水泥為主要原料，配以少量的羥丙基甲基纖維素和可分散性乳膠粉，制備氣化灰基膩?zhàn)臃邸Ｑ芯拷Y(jié)果表明，利用氣化灰替代水泥制品制備膩?zhàn)臃劬哂锌尚行浴Ｆ渲校瑲饣姨娲?50% 水泥時(shí)，膩?zhàn)臃鄣恼辰Y(jié)強(qiáng)度為 0.82 MPa，各項(xiàng)性能均優(yōu)于建筑外墻用膩?zhàn)臃蹣?biāo)準(zhǔn) JG/T 157 - 2009 要求。在相同條件下，氣化灰替代不超過 70% 的水泥時(shí)，膩?zhàn)臃鄣恼辰Y(jié)強(qiáng)度及其他指標(biāo)均滿足建筑外墻用膩?zhàn)臃蹣?biāo)準(zhǔn) JG/T 157 - 2009 要求。

　　Gasification ash based putty powder: Duan Dedan, Liao Hongqiang, and Hou Yuzhuo studied the technical feasibility of using gasification ash instead of cement to prepare putty powder. Using gasification ash and 42.5 cement as the main raw materials, combined with a small amount of hydroxypropyl methyl cellulose and dispersible latex powder, gasification ash based putty powder is prepared. The research results indicate that using gasification ash instead of cement products to prepare putty powder is feasible. Among them, when gasification ash replaces 50% cement, the bonding strength of putty powder is 0.82 MPa, and all performance is better than the requirements of the standard JG/T 157-2009 for putty powder used on building exterior walls. Under the same conditions, when gasification ash replaces no more than 70% of cement, the bonding strength and other indicators of putty powder meet the requirements of the JG/T 157-2009 standard for putty powder used on building exterior walls.

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