Water-based inorganic thermal-insulation thick paste coating
An inorganic thermal insulation and coating technology, which is applied in the field of building materials, can solve the problems of inflammability and fire, and achieve the effects of convenient spraying construction, increased heat insulation performance, and low thermal conductivity
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Embodiment 1
[0029] Embodiment 1, the raw materials involved in this embodiment are prepared by the prior art, including the following components by weight ratio:
[0030] Ash calcium powder 35%,
[0031] Inorganic rubber powder 3%,
[0032] Bentonite 2%,
[0033] Gypsum powder 15%,
[0034] 80 mesh polyvinyl alcohol PVA2488 4%,
[0035] OC thixotropic agent 0.2%,
[0036] 200,000 viscosity cellulose 0.2%,
[0037] 301 starch ether 0.05%,
[0038] Inorganic fiber cotton 6%,
[0039] 40-80 mesh vitrified microbeads 7.55%,
[0040] 30-40 mesh vitrified microbeads 27%.
Embodiment 2
[0041] Embodiment 2, the raw materials involved in this embodiment are prepared by the prior art, including the following components by weight ratio:
[0042] Ash calcium powder 42%,
[0043] Inorganic rubber powder 3%,
[0044] Bentonite 2%,
[0045] Gypsum powder 15%,
[0046] 80 mesh polyvinyl alcohol PVA2488 4%,
[0047] OC thixotropic agent 0.2%,
[0048] 200,000 viscosity cellulose 0.2%,
[0049] 301 starch ether 0.05%,
[0050] Inorganic fiber cotton 6%,
[0051] 40-80 mesh vitrified microbeads 7.55%,
[0052] 30-40 mesh vitrified microbeads 20%.
Embodiment 3
[0053] Embodiment 3, the raw materials involved in this embodiment are prepared by the prior art, including the following components by weight ratio:
[0054] Ash calcium powder 45%,
[0055] Inorganic rubber powder 2%,
[0056] Bentonite 1%,
[0057] 10% gypsum powder,
[0058] 80 mesh polyvinyl alcohol PVA2488 3%,
[0059] OC thixotropic agent 0.2%,
[0060] 200,000 viscosity cellulose 0.1%,
[0061] 301 starch ether 0.01%,
[0062] Inorganic fiber cotton 4%,
[0063] 40-80 mesh vitrified beads 4%,
[0064] 30-40 mesh vitrified microbeads 30.69%.
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