Production method of dry-mixed facing mortar with controllable whiteness
A finishing mortar and mortar technology, applied in the field of dry-mixed finishing mortar, can solve the problems of poor color management, high color uniformity requirements, poor color chroma, etc., and achieve the effect of increased production capacity and controllable production quality
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[0033] After extensive and in-depth research and a large number of experimental tests, the present invention improves the existing white mortar production process and provides a production method of dry-mixed facing mortar with controllable whiteness. First, obtain the whiteness B from different mortar base components and aggregate mixtures 2 Adjust to design mortar product whiteness B 1The weight W of the white pigment that needs to be added, after measuring a series of data, establish the whiteness B of various mortar base components and aggregate mixtures 2 A graph or / and table of the relationship between the weight W of the white pigment to be added.
[0034] Take the relationship curve as an example, take B 2 W is the abscissa and W is the ordinate, and the curve is obtained after linear fitting.
[0035] In the production process, the mortar base components other than the white pigment and the aggregate are measured and mixed first, and the whiteness is measured, and ...
Embodiment 1
[0040] The basic components of mortar include cement, redispersible latex powder, powdered calcium carbonate (particle size: 300 mesh), water reducer, aggregate is quartz sand (particle size: 3mm), weighed according to the weight ratio in Table 1 The materials were mixed evenly, and the whiteness of the basic components of the mortar was detected to be 65.66.
[0041] Table 1, the weight ratio of mortar base components and aggregate materials in Example 1 (unit: kg)
[0042] materials Portland cement Redispersible latex powder calcium carbonate Polycarboxylate superplasticizer Quartz sand weight 20 6 66.5 0.5 7
[0043] According to the B drawn in the above 2 From the relationship curve between W and W, find the ordinate value 19.80 of the point on the curve corresponding to the abscissa value of 65.66, which is the weight of the white pigment that needs to be added.
[0044] Weigh 19.80kg of white pigment, add it to the mixture of the above...
Embodiment 2
[0046] The basic components of mortar include cement, redispersible latex powder, powdered calcium carbonate (300 mesh in particle size), water reducing agent, and quartz sand (3mm in particle size) as the aggregate, weighed according to the weight ratio in Table 2 The materials were mixed evenly, and the whiteness of the basic components of the mortar was detected to be 69.03.
[0047] Table 2, the weight ratio of mortar base components and aggregate materials in Example 2 (unit: kg)
[0048] materials Portland cement Redispersible latex powder calcium carbonate Polycarboxylate superplasticizer Quartz sand weight 20 6 66.5 0.5 7
[0049] According to the relationship curve between B1 and W drawn in the above content, find the ordinate value 18.20 of the point on the curve corresponding to the abscissa value of 69.03, which is the weight of the white pigment to be added.
[0050] Weigh 18.20kg of white pigment, add it to the mixture of the ab...
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