Ceramic nutrient soil for plant grownig and its preparation
A nutrient soil and potterization technology, applied in the field of preparation of the pottery nutrient soil, can solve the problems of poor water absorption and water retention, poor root fixing effect of flowers, affecting the normal growth of flowers, etc., and achieves good fertility retention, strong water absorption and water retention. Ability, the effect of good plant rhizomes
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Embodiment 1
[0024] The vitrified nutrient soil of the present invention can be made according to the following material proportioning and preparation method:
[0025] The first step: take clay: 70%; sodium fluorosilicate: 7%; calcium bicarbonate: 8%; gypsum: 6%; phosphate rock 3%; borax 1.5%; copper ore 1%; molybdenum ore 0.5% Potassium nitrate 1%; Potassium chloride 0.5%; Zinc chloride 1%; Zinc oxide 0.4%; Manganese oxide 0.1%.
[0026] The second step: Mix the materials obtained in the first step together and grind them into powder, then put them in a granulator and add water to make them into granules with a particle diameter of 3 mm;
[0027] The third step: put the product obtained in the second step in a rotary kiln, heat it at 800° C. for 6 minutes, and perform pottery treatment to obtain pottery nutrient soil according to the present invention.
Embodiment 2
[0029] The vitrified nutrient soil of the present invention can also be made according to the following material proportioning and preparation method:
[0030] The first step: take clay: 75%; sodium fluorosilicate: 8%; calcium bicarbonate: 5%; gypsum: 4%; phosphate rock 2.3%; borax 2%; copper ore 1%; molybdenum ore 1% Potassium nitrate 0.5%; Potassium chloride 0.5%; Zinc chloride 0.5%; Zinc oxide 0.1%; Manganese oxide 0.1%.
[0031] Step 2: Mix the materials obtained in the first step together and grind them into powder, then put them in a granulator and add water to make them into granules with a particle diameter of 6mm;
[0032] The third step: put the product obtained in the second step in a rotary kiln, heat at 850° C. for 8 minutes, and perform pottery treatment to obtain pottery nutrient soil according to the present invention.
Embodiment 3
[0034] The vitrified nutrient soil of the present invention can also be made according to the following material proportion and preparation method:
[0035] The first step: take clay: 80%; sodium fluorosilicate: 5%; calcium bicarbonate: 4%; gypsum: 3%; phosphate rock 2%; borax 2.5%; copper ore 0.5%; molybdenum ore 0.6% Potassium nitrate 0.6%; Potassium chloride 0.2%; Zinc chloride 0.8%; Zinc oxide 0.3%; Manganese oxide 0.5%.
[0036] Step 2: Mix the materials obtained in the first step together and grind them into powder, then put them in a granulator and add water to make them into granules with a particle diameter of 10 mm;
[0037] The third step: put the product obtained in the second step in a rotary kiln, heat it at 900° C. for 10 minutes, and perform vitrification treatment to obtain the vitrified nutrient soil of the present invention.
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