Preparation and application of a rapid film-forming energy-saving and environmental protection machine spray fine decoration mortar
An energy-saving, environment-friendly, and film-forming technology, applied in the field of phase-change mortar materials, can solve the problems of single phase-change materials and mortar with low film-forming properties, and achieve high throwing power, improved flexibility, and stable and uniform phase change properties. Effect
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Embodiment 1
[0024] (1) Mix pentaerythritol particle solid phase change material and saturated fatty acid liquid phase change material according to the mass percentage of 30%:70%, heat and melt at 170°C, add antioxidant and ceramsite adsorption material, and adsorb at 80°C for 6h After reaching saturation, according to the mass ratio of film-forming agent and adsorbent as 1:1.8, add porous graphite sheet thermal conductivity additive and polybutadiene-modified epoxy resin film-forming agent, mix evenly, solidify and form, and cool to room temperature , to obtain a solid-liquid phase change material.
[0025] (2) In parts by weight, 150 parts of white cement, 120 parts of diatomaceous earth, 10 parts of non-ionic emulsifier, molecular weight of 1800-2300, epoxy oxygen content of 7-8% epoxy polybutane 50 parts of alkene, 100 parts of gypsum and 160 parts of solid-liquid phase change material were added to 250 parts of water, mixed evenly, solidified and molded, removed from the mold, and mai...
Embodiment 2
[0027] (1) The high-density polyethylene particle solid phase change material and the capric acid liquid phase change material are mixed according to the mass percentage of 70%:30%, heated and melted at 190° C., adding antioxidants and diatomite adsorption materials, at 90 After adsorption at ℃ for 8 hours to saturation, according to the mass ratio of film-forming agent and adsorbent as 1:2, add short carbon fiber thermal conductivity additive and polybutadiene-modified epoxy resin film-forming agent, mix evenly, and cure and form , cooled to room temperature to obtain a solid-liquid phase change material.
[0028] (2) In parts by weight, 200 parts of white cement, 150 parts of diatomaceous earth, 20 parts of nonionic emulsifier, molecular weight of 1800-2300, epoxy oxygen content of 7-8% epoxy polybutylene 80 parts of alkene, 150 parts of gypsum and 180 parts of solid-liquid phase change material were added to 400 parts of water, mixed evenly, solidified and molded, removed f...
Embodiment 3
[0030] (1) Mix the sliced paraffin solid phase change material and the stearic acid liquid phase change material according to the mass percentage of 45%:55%, heat and melt at 180°C, add antioxidants and ceramsite adsorption materials, and adsorb at 85°C After 7 hours to saturation, according to the mass ratio of film-forming agent and adsorbent as 1:1.9, add short carbon fiber thermal conductivity additive and polybutadiene-modified epoxy resin film-forming agent, mix evenly, solidify and form, and cool to At room temperature, a solid-liquid phase change material is obtained.
[0031](2) In parts by weight, 180 parts of white cement, 140 parts of diatomaceous earth, 15 parts of nonionic emulsifier, molecular weight of 1800-2300, epoxy oxygen content of 7-8% epoxy polybutylene 60 parts of alkene, 130 parts of gypsum and 170 parts of solid-liquid phase change material were added to 300 parts of water, mixed evenly, solidified and molded, removed from the mold, and maintained f...
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