Root system nutrition carrier and preparation method and application thereof
A nutrient and carrier technology, applied in the field of root nutrient carrier, can solve the problems of low organic matter content, low survival rate of transplanting, long time for slowing seedlings, etc.
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Embodiment 1
[0021] 120 grams of peat (the peat is pre-fermented with water), 20 grams of urea-formaldehyde resin, and 4 grams of HFC-356mffm are stirred and mixed, and the uniformly mixed material is filled into a mold that has been heated to 50°C in advance, and it is left to stand for 1 minute to form. The stomatal density of the root nutrient carrier is 72%, of which the capillary pores are 59%; the water absorption ratio of the root nutrient carrier is 2.1; the cation exchange capacity of the root nutrient carrier is 15meq / 100g; the pH of the root nutrient carrier is 6.
Embodiment 2
[0023] 120 grams of leaves (the leaves are pre-fermented with water), 20 grams of urea-formaldehyde resin, and 4 grams of HFC-356mffm are stirred and mixed, and the uniformly mixed materials are filled into a mold that has been heated to 30 ° C in advance, and stood for 1 minute to form. The stomatal density of the root nutrient carrier is 79%, of which the capillary pores are 54%; the water absorption ratio of the root nutrient carrier is 3.1; the cation exchange capacity of the root nutrient carrier is 15meq / 100g; the pH of the root nutrient carrier is 6.
Embodiment 3
[0025] 100 grams of peat, 20 grams of coconut shell (peat and coconut shell are pre-fermented with water), 20 grams of urea-formaldehyde resin, 4 grams of HFC-356mffm, stir and mix, and fill the uniformly mixed material into a mold that has been heated to 40°C in advance, and let it stand 1 minute to shape. The stomatal density of the root nutrient carrier is 94%, wherein the capillary pores are 42%; the water absorption ratio of the root nutrient carrier is 1.6; the cation exchange capacity of the root nutrient carrier is 15meq / 100g; the pH of the root nutrient carrier is 6.
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