Enhance soil structure and nutrient absorption:

100% water-soluble liquid humic acid and fulvic acid KHUMICKS liquid fertilizer improves soil structure and increases soil buffering capacity. Promote optimal absorption of N, P, K by plants.
In light sandy soil, it can enhance cation exchange capacity, help retain nutrients and moisture, and enhance the ability of roots to absorb nutrients. In heavy, dense soils, fungi can be partnered to create a breadcrumb structure that enhances water, oxygen, and nutrient uptake, thereby increasing root penetration.

Neutralize acidic and alkaline soil and adjust soil pH:

Effective in balancing alkaline and acidic soil environments.
Under alkaline conditions, humic acid can buffer pH, convert nutrients and trace elements into absorbable forms, and promote root absorption.
In acidic soils, toxins such as aluminum and heavy metals are reduced, and these toxins are firmly bound and fixed by humic acid, thereby reducing their toxicity and releasing the phosphates bound to the aluminum.
In salinized soils, salts are broken down and chelated by high cation exchange capacities (e.g., calcium, and magnesium). Reduces osmotic pressure in the root zone.

Stimulate plant growth and improve yield and quality:

Promote seed membrane and metabolic activities and increase germination rate. Improves the ability of roots to absorb nutrients (N, P, K + Fe, Zn, and other trace elements), increasing yield potential by up to 30%. Enhanced cellular assimilation as well as photosynthesis increases the plant’s sugar and vitamin content.

Use liquid potassium humate to protect groundwater:

Liquid potassium humate KHUMIC KS can reduce nitrate leakage into groundwater and protect groundwater. Humic acid combines with nitrates and retains them around the root zone, which results in better preservation of drinking water.

Enhance the effectiveness of agrochemicals:

HHUMIC KS liquid humic acid fertilizer improves the effectiveness of herbicides, insecticides, and fungicides. , and fix or reduce the harmful residues of their chemicals.

Nitrogen stability and efficiency improvement:

Stabilizes nitrogen and increases nitrogen efficiency (ideal as an additive to urea). Complexes with phosphates reduce lock-in and can be used as a beneficial additive to fertilizers such as DAP/MAP.