Mineral multifunctional flower soil conditioner and preparation method thereof

Abstract

The invention discloses a mineral multifunctional flower soil conditioner and a preparation method thereof. The soil conditioner is prepared from oyster shells, limestone, dolomite, bentonite, peat, peat blue iron ore, vermiculite, diatomite, zeolite, sepiolite, water-absorbing stone, calcium carbonate, sodium alginate and an organic silicon fertilizer. Based on the weight proportion, the oyster shells account for 5 to 15%, the limestone accounts for 10 to 20%, the dolomite accounts for 1 to 5%, the bentonite accounts for 5 to 20%, the peat accounts for 3 to 7%, the peat blue iron ore accountsfor 2 to 7%, the vermiculite accounts for 3 to 5%, the diatomite accounts for 5 to 10%, the zeolite accounts for 5 to 15%, the sepiolite accounts for 2 to 5%, the water-absorbing stone accounts for 7to 25%, the calcium carbonate accounts for 8 to 18%, the sodium alginate accounts for 12 to 22% and the organic silicon fertilizer accounts for 10 to 20%. The used various minerals have special physical properties, such that the soil conditioner can be efficiently used for conditioning soil, is convenient for flower growth, can improve soil acidification, can increase soil biological activity, can promote quick-acting nutrient release, and can easily achieve root system growth.

Description

technical field [0001] The invention relates to the technical field of soil conditioning, in particular to a mineral multifunctional flower soil conditioner and a preparation method thereof. Background technique [0002] Today, with soil problems getting worse day by day, soil conditioner is also an indispensable member of fertilizer products. And it has a unique advantage in inhibiting specific soil deterioration. Soil conditioning, as the name suggests, means soil improvement, mainly referring to the action of improving soil through physical, chemical or microbial means. At present, soil conditioning can be carried out with soil conditioners, such as Beijing Zhongtianxilong and other soil conditioners. [0003] Existing soil conditioners are inconvenient to efficiently regulate acidity and alkali and improve soil structure, and are inconvenient for flower growth. Some soil conditioners may cause plant root rot, making nutrient absorption uneven and poor in effect. Theref...

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Problems solved by technology

[0003] Existing soil conditioners are inconvenient to efficiently regulate acidity and alkali and improve soil structure, and are inconvenient for flower growth. Some soil conditioners may cause plant root rot, making nutrient absorption uneven and poor in effect. Therefore, here we propose a mineral Material multifunctional flower soil conditioner and preparation method thereof

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