Potassium Fulvate Powder

High-Dual Humic Acid + 100-Mesh Fine Powder: Rapid-Dissolving Enhanced Soil Amendment and Potassium Fertilizer

Scientific combination of humic acid, fulvic acid (both >50%), seaweed extract, and potassium oxide, featuring 100-mesh fine powder form. This is not a simple ingredient stacking, but a deep synergy of "high-activity soil amendment + efficient potassium supplement + fine powder rapid dissolution", featuring humic acid >50%, fulvic acid >50%, seaweed extract >2%, potassium oxide >12%, 100% water solubility, and pH 9-10 alkaline characteristics. Fine powder with uniform particle size dissolves faster, suitable for various crops and acidic/saline-alkali soils, balancing efficiency enhancement and large-scale application convenience.

1. Mutual Empowerment: Enhanced Activity and Absorption Efficiency The high-dual humic acids work synergistically, fulvic acid's small molecules are easily absorbed by crops, humic acid activates soil nutrients and reduces potassium ion loss, improving potassium oxide utilization rate; seaweed extract activates crop physiological potential and enhances stress resistance and growth promotion effects. 100-mesh fine powder combined with 100% water solubility dissolves quickly without long stirring, disperses evenly, avoids caking, allows nutrients to quickly penetrate the root zone, greatly improving absorption efficiency, achieving simultaneous soil improvement, nutrient supply, and growth promotion.

2. Soil Amendment: Targeted Regulation and Full-Domain Adaptation With stable pH 9-10, this alkaline product can specifically adjust soil pH in acidic soils and relieve acidification stress; humic acid acts as a natural cementing agent, promoting soil aggregate structure formation, activating compacted soil, and enhancing water and nutrient retention capacity. 100-mesh fine powder has a delicate texture, can evenly penetrate soil after broadcasting without local accumulation, suitable for large-area farmland broadcasting, fully improving soil texture, suitable for acidic soil, saline-alkali land and continuous cropping soil conditioning.

3. Synergistic Root Promotion: Building a Strong Growth Foundation Fulvic acid and seaweed extract synergistically exert root-promoting activity, stimulating lateral root and root hair germination and thickening roots; potassium oxide strengthens root vitality and reduces premature aging. 100-mesh fine powder's rapid dissolution characteristic delivers nutrients directly to the root zone. The combination achieves integrated root promotion, strengthening, and nourishment, supporting healthy plant growth throughout the crop's entire growth cycle.

4. Stress Resistance Enhancement: Adapting to Multiple Planting Scenarios Seaweed extract and high-dual humic acids synergistically improve crop salt, drought, and cold resistance, reduce physiological disease occurrence, and relieve growth retardation caused by stress. 100-mesh fine powder is suitable for base application, flooding irrigation, fertilizer mixing and other methods, suitable for both large-scale farmland and greenhouse precision cultivation, flexibly adapting to different planting scenario needs.

5. Quality and Efficiency: Stable Yield + Quality + Convenient Management 100-mesh fine powder is easy to store and weigh, allowing precise dosage control and avoiding nutrient waste; potassium oxide strengthens crop stem toughness, improves lodging resistance, promotes fruit expansion and uniform coloring, high-dual humic acids promote photosynthesis, synergistically improve crop quality and stabilize yield, meeting green agriculture standards, offering more application advantages than ordinary coarse powder products.

Expert Advice: Suitable for all crops throughout their growth cycle, especially for acidic soil improvement, saline-alkali land cultivation, and continuous cropping fields. For base application, uniformly broadcast and till; for flooding or spray application, dissolve in advance. 100-mesh fine powder dissolves completely without clogging pipes. Adjust dosage as needed. Combining with conventional fertilizers can further improve fertilizer efficiency and achieve reduction and efficiency increase.