Potassium Fulvate Hollow Particle

High-end Mineral-derived Potassium Humate High-tower Spray Hollow Microparticle Product Introduction Potassium fulvate from mineral sources is already a star performer in soil remediation, and hollow microparticle technology maximizes its effectiveness. With uniform particle size, rapid dissolution, and higher activity, it can act more precisely on the root-soil system. Soil Regulation • Creating a "Living Environment" for Roots Improves Physical Structure: Potassium humate

Product Overview Potassium fulvate hollow granules are an advanced fertilizer formulation manufactured using innovative spray drying technology, designed for optimal performance and ease of use. Manufacturing Process Produced through high-tower spray drying, this process involves pumping concentrated potassium fulvate solution to the top of a tower where it is atomized into fine droplets. These droplets encounter high-temperature air, causing instant moisture evaporation and

100% water-soluble hollow granule potassium fulvate. Enhances nutrient uptake, improves soil health, boosts crop yields. Ideal for compacted & acidic soils. Supports sustainable agriculture.

100% water-soluble hollow granules with ≥50% fulvic acid & ≥12% K₂O. Enhances soil health, boosts nutrient uptake, and improves crop yield through rapid dissolution and superior flowability.

Potassium fulvate hollow granules with 100% water solubility. Rapid-dissolving, enhances soil structure, boosts root growth & crop yields. ≥50% fulvic acid, ≥12% K₂O. Ideal for compacted & acidified soils.

Highly Concentrated Hollow Particle of Potassium Fulvate Fulvic Acid ≥50% 100% Water Soluble Technology Product Description: Our potassium fulvate hollow granules are made from lignite and weathered lignite using a high-tower spray drying process.The hollow particles feature a porous outer shell and a hollow inner cavity, which not only increases the specific surface area for better nutrient adsorption and release but also enhances water retention and soil aeration. It

Potassium Fulvate Hollow Particle Fulvic Acid ≥50% Potassium K2O ≥12% Humic Acid ≥55% for Improved Fertilizer Efficiency Key Benefits: 1. Enhanced Soil Structure & Water Retention: Upon reaching the root zone, the particle releases its contents, improving soil cation exchange capacity (CEC). This leads to better aeration, reduced compaction, and enhanced water retention capabilities. 2. Powerful Plant Growth Stimulation: Potassium Fulvate is a powerful biostimulant. It

Improve Soil Health and Plant Growth with Potassium Fulvate Hollow Granule and Humic Acid ≥55% and pH 9-11 Product Description: Sourced from high-quality, natural leonardite, this product is a 100% water-soluble organic potassium salt, rich in low-molecular-weight fulvic acid. Unlike conventional potassium fulvate products, our unique hollow particle structure maximizes surface area, allowing for rapid and complete dissolution in water. This innovative design ensures superior

Boost Plant Growth with Potassium Fulvate Hollow Particle Fulvic Acid ≥50% Humic Acid ≥55% Black Microparticle Key Product Benefits: 1. Enhanced Nutrient Uptake Efficiency​​:Increases the permeability of plant cell membranes,Reduces nutrient leaching and lock-up in the soil； ​​2.Superior Soil Conditioning Properties​​:improving soil structure and water retention capacity,Stimulates microbial activity ,Buffers soil pH and reduces the harmful effects of soil salinity and

pH 9-11 Black Microparticle K-Fulvate Hollow Particle for Industrial Applications Product Description: We begin with premium lignite and weathered lignite, add potassium hydroxide, and a solution will be formed..This solution is then atomized using a high-tower spray drying method. A high-pressure pump forces the liquid through a specialized nozzle at the top of a drying tower, transforming it into a fine mist of droplets. As these droplets encounter high-temperature air, the

1. Product Introduction Our potassium fulvate hollow granules are made from lignite and weathered lignite using a high-tower spray drying process. A mineral-sourced potassium fulvate solution is pumped via a high-pressure pump to a pressure-type nozzle at the top of the drying tower. The high-pressure pump sprays the liquid upward from the nozzle, where it breaks into droplets. These droplets come into contact with high-temperature hot air within the drying tower, instantly