Hollow Particles of Seaweed Extract
Our dedication to innovation has led us to develop an advanced line of Hollow particles seaweed extract fertilizers, created with cutting-edge encapsulation technology that improves efficiency, stability, and sustainability. This upgraded generation of seaweed extract products showcases our commitment to delivering high-performance solutions that support modern agriculture and environmental responsibility.
Seaweed extract fertilizers are naturally rich in nutrients, amino acids, vitamins, and plant-growth regulators such as cytokinins, auxins, and gibberellins. When combined with Hollow particles, the bioactive compounds in seaweed extract are more effectively protected, delivered, and absorbed—helping plants achieve stronger, healthier growth.

ITEM | SEAWEED EXTRACT | |
Alginic Acid | 25% | 18% |
Organic Matter | 45-55% | 45-55% |
Potassium (K2O) | 8-18% | 8-18% |
PH Value | 8-10 | 8-10 |
Appearance | Granular | |

1. Protection and Stability: Hollow particles act as micro-carriers that protect sensitive compounds from seaweed extract, preventing degradation from UV exposure, oxidation, and environmental stress. This ensures better long-term stability and higher fertilizer efficiency.
2. Controlled Release: The unique hollow structure allows nutrients and hormones from seaweed extract to be released gradually. This controlled-release effect supplies plants with a steady stream of essential compounds, improving stress tolerance and boosting continuous growth.
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3. Enhanced Efficiency: Encapsulating seaweed extract inside Hollow particles increases nutrient utilization and reduces fertilizer waste. This is especially important in agriculture where maximizing nutrient uptake and reducing environmental load are key production goals.
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4. Flexible Application Methods: Fertilizers made with Hollow particles and seaweed extract can be applied through soil, foliar spray, or fertigation. This flexibility ensures precise nutrient delivery and enhances the mobility of bioactive substances in various farming systems.
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