Category: BLOG

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Agricultural use of Potassium humate
BLOG

Agricultural use of Potassium humate

Potassium humate uses in agriculture raises soil, keeps fertilizer, and the quality of crops naturally grown is good. However, with the continuous advancement of fertilizer technology, farmers are increasingly demanding the water solubility of humic acid products. Ammonium humate is difficult to dissolve, sodium humate contains sodium, and it is restricted under certain conditions. Potassium […]

Humic acid
BLOG

Humic acid is essential for soil

Humic Acid Helps soil and fertilizer ballance Humic acid fertilizer is the cornerstone. Humic acid can increase plant nutrition, activate soil nutrient elements, promote plant nutrient absorption and utilization, increase fertilizer utilization, reduce fertilizer nutrient loss, promote nutrient absorption, improve crop yield and improve product quality. Improve the sugar and Vc content of fruits and […]

fulvic acid
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Fulvic acid Introduce

fulvic acid plays a more important role in agricultural production because of its small molecular weight, dense functional groups and strong physiological activity. It plays an increasingly important role in agricultural production. Steady growth of humic substances Humic acid plays a big role in various fields such as agriculture, industry, medical care, and environmental protection. […]

sodium humate feed grade
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Sodium humate animal feed additive

The structure of sodium humate is relatively complicated. The humic acid molecule contains a benzene ring, a fused ring and some heterocyclic rings (such as pyrrole, furan, anthracene, etc.), and each aromatic ring has a bridge bond and various functions on the aromatic ring. The group is mainly a carboxyl group, a phenol group, a […]

potassium humate
BLOG

Potassium humate enhances drought and stress resistance of crops

Potassium humate plays a significant role in enhancing drought and stress resistance of crops. 1.Potassium humate: reduce the opening of the pores and reduce the transpiration of water. After two days of spraying, the pore width can be reduced by 72.7%. 2.On the 9th day, the total transpiration was reduced by 13.7% compared with the […]

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