Scrubbing-resistant diatom mud
A technology of diatom mud and scrub resistance, applied in the field of coatings, can solve the problems of damage to the wall surface, loss, etc., and achieve the effect of improving practicability
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Embodiment approach 1
[0017] Embodiment 1: the scrubbing-resistant diatom mud of the present invention, so that the weight ratio is:
[0018] 309‰ of sulfoaluminate cement, mainly to improve the shrinkage resistance of diatom ooze, not efflorescence, so that diatom ooze can obtain scrub resistance;
[0019] 503‰ of diatomite enhances the adsorption of diatom mud and enhances the functionality of negative ion release agent;
[0020] 51.5‰ microsilica powder enhances the scrub resistance of diatom mud;
[0021] 52‰ of quartz powder, improve the actual construction of diatom mud;
[0022] 1.13‰ retarder, the above-mentioned retarder contains A group retarder and B group retarder, the above-mentioned group A retarder is 0.47‰ citric acid, B group retarder is 0.66‰ sodium gluconate; The value range of the above group A retarder is 0.39‰~0.49‰, and the value range of the above group B retarder is 0.59‰~0.67‰; the function of the above citric acid is to delay the initial setting and final setting. Infl...
Embodiment approach 2
[0030] Embodiment 2: This embodiment is basically the same as Embodiment 1. The difference is that 1.6‰~2.2‰ wood fiber is added to the original formula to further improve water retention and increase the workability of diatom mud. The specific formula is as follows:
[0031] 300‰ of sulphoaluminate cement;
[0032] 514‰ diatomite;
[0033] 49‰ silicon powder;
[0034] 50‰ of talcum powder;
[0035] 1.03‰ retarder, the above-mentioned retarder contains A group retarder and B group retarder, the above-mentioned group A retarder is 0.41‰ tartaric acid, and B group retarder is 0.62‰ sodium gluconate; among them, The value range of the above group A retarder is 0.39‰~0.49‰, and the value range of the above group B retarder is 0.59‰~0.67‰;
[0036] 2‰ wood fiber;
[0037] 8.6‰ of hydroxypropyl methylcellulose ether;
[0038] 30‰ of dispersible latex powder;
[0039] 15.87‰ magnesium aluminum silicate;
[0040] 29.5‰ negative ion release agent.
Embodiment approach 3
[0041] Embodiment 3: This embodiment is basically the same as Embodiment 1, the difference is that 2.8‰~4.1‰ of titanium dioxide is added to the original formula, which can degrade formaldehyde in diatom mud. The specific formula is as follows:
[0042] 317.5‰ of sulphoaluminate cement;
[0043] 499.5‰ diatomite;
[0044] 50.5‰ silicon powder;
[0045] 48.5‰ of kaolin;
[0046] 1.1‰ retarder, the above-mentioned retarder includes A group retarder and B group retarder, the above-mentioned group A retarder is 0.41‰ tartaric acid, and B group retarder is 0.62‰ sodium gluconate; among them, The value range of the above group A retarder is 0.39‰~0.49‰, and the value range of the above group B retarder is 0.59‰~0.67‰;
[0047] 6.6‰ of hydroxypropyl methylcellulose ether;
[0048] 28.5‰ of dispersible latex powder;
[0049] 15.8‰ of bentonite;
[0050] 3.5‰ titanium dioxide;
[0051] 28.5‰ negative ion release agent.
PUM
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