X- Potassium Humate DRY powder
Rich in Organic Nutrition: Packed with high concentrations of active humic acid, fulvic acid, and organic potassium.
Eco-Friendly Packaging: Packed in heavy-duty 25 KG biodegradable and recyclable kraft paper bags with professional English shipping marks.
Direct Factory Supply: Stable volume capacity, highly competitive wholesale pricing, and custom OEM support for global export.
X-Humate Water Soluble Potassium Humate Dry Powder
Extracted from Leonardite
-- 70% Humic Acid
--12% K2O
-- 6%-8% Moisture
-- 9-11 Ph Value
-- 30% Organic Carbon
-- 100% Organic and soluble
-- 80-120 mesh fine powder
Partner with X-Humate for Reliable Global Bulk Supply
X-Humate understands the rigid quality controls and logistical precision required in international B2B chemical trade. Our potassium humate dry powder undergoes strict batch testing to ensure consistent specification compliance. We offer flexible, durable packaging—including 1kg aluminum bags, 20kg/25kg multi-layer kraft paper bags, or 1MT bulk jumbo bags—to ensure absolute safety during maritime freight. Backed by stable annual manufacturing capacities, competitive wholesale tier pricing, and fast shipping lead times, we provide full OEM/ODM and technical documentation support (COA, MSDS, SGS) to grow your local brand authority.
Upgrade your agricultural portfolio with industry-leading biostimulants. Contact the X-Humate commercial export team today for comprehensive wholesale quotes, laboratory samples, or container loading details.


High-Purity Potassium Humate Dry Powder – Premium Fertilizer Grade Biostimulant
As a world-class certified manufacturer of organic agricultural inputs, X-Humate offers top-tier potassium humate dry powder designed specifically for large-scale agricultural distributors, commercial agrochemical formulators, and soil conditioner blenders globally. Extracted from premium-grade active leonardite deposits, this organic biostimulant delivers a highly concentrated source of humic acid and plant-available potassium (K2O), ensuring unmatched performance across diverse crop types and soil conditions.
Ourpotassium humate dry powder acts as a powerful soil amendment and physiological plant growth promoter. The rich humic fractions structurally optimize agricultural soils by enhancing cation exchange capacity (CEC) and improving water retention. Simultaneously, the organic potassium regulates stomatal movement, activates critical plant enzymes, and accelerates starch synthesis. This double-action mechanism directly translates to robust root systems, stronger cell walls, and substantially higher crop yield and market value.
Key Technical Advantages & Product Characteristics
Definitive 100% Water Solubility: Engineered for rapid and flawless dissolution, this dry powder leaves zero sediment. It is fully compatible with advanced drip irrigation lines, center pivots, and automated foliar sprayers, guaranteeing zero nozzle blockages.
High Nutrient Bio-Availability: Effectively chelates essential micro-elements (such as iron, zinc, manganese, and copper) within the soil, transforming locked nutrients into easily absorbable forms and preventing costly leaching of synthetic NPK fertilizers.
Enhanced Crop Stress Tolerance: Maximizes the plant's natural defense systems against devastating environmental abiotic stresses, including prolonged drought, unexpected frost, high salinity, and chemical soil degradation.
Strategic B2B Applications
X-Humatepotassium humate dry powder is a highly versatile raw material used extensively in modern agribusiness:
Premium Blending Raw Material: Widely utilized as a foundational organic component to manufacture custom water-soluble NPK liquid formulations or powder blends.
Direct Fertigation & Foliar Feeding: Applied through irrigation or spray systems at highly cost-effective dilution rates, making it suitable for both broad-acre crops and high-value greenhouse cultivation.
Soil Conditioning & Remediation: Extensively incorporated into soil recovery projects to neutralize pH imbalances and reactivate depleted microbial ecosystems.
