1) Water-soluble potassium humate can improve the soil structure; and increase the buffering capacity of the soil. Optimize plant uptake of N, P, K: In light, sandy soils, humic acid can increase cation exchange capacity to retain nutrients and water, enhancing the ability of roots to absorb nutrients. In sticky and dense soil, together with fungi, a breadcrumb structure is formed to better absorb water, oxygen and nutrients, and to improve root penetration.

2) Neutralize acidic and alkaline soils, adjust soil pH, and have significant effects on alkaline and acidic soils: Under alkaline conditions, humic acid can buffer the pH and convert nutrients and trace elements into absorbable forms. Promote their uptake by the roots (at high pH many essential nutrients and trace elements are not available in plant-available forms). Toxins such as aluminum and heavy metals can be greatly reduced in acidic soil. These toxins will be firmly bound and fixed by humic acid, thereby reducing their toxicity and releasing phosphates bound to aluminum. In salinized soils, salts are broken down and chelated by cations with high cation exchange capacity (e.g., calcium, and magnesium). High osmotic pressure within the root zone is greatly reduced.

3) Khumic-AG stimulates plant growth, improves yield and quality: stimulates seed membrane and metabolic activities, thereby improving plant germination rate and the ability of roots to absorb nutrients (N, P, K + Fe, Zn, and other trace elements), converting these Elements are more easily converted into plant-usable forms. Production will increase by up to 30%. Enhanced cellular assimilation and photosynthesis increase the plant’s sugar and vitamin content.

4) Khumic-AG potassium humate can reduce nitrate seepage into groundwater and protect groundwater: humic acid combines with nitrate and retains it around the root zone, which can better preserve drinking water.

5) Khumic-AG water-soluble potassium humate can improve the effectiveness of herbicides, insecticides, and fungicides and fix or reduce their harmful residues.

6) Stabilize nitrogen and improve nitrogen efficiency (very suitable as an additive to urea). Complexed with phosphates to reduce lock-in (ideal as an additive to DAP/MAP etc.).