Sodium Humate Flakes

High-Purity Humic Acid + Alkaline Compatibility: Multi-Industry General Industrial Additive

With humic acid (>50%, core advantage) of industrial-grade quality, this product features 2–4 mm flake form, >98% water solubility and alkaline pH 8–9. Through refined purification technology, it achieves deep synergy of “high-activity chelation + multi-scenario adaptation + alkaline compatibility”, offering multiple functions including water conditioning, ceramic modification and water purification. Suitable for aquaculture, ceramic industry, water treatment, feed additives and other fields, it is a cost-effective industrial-grade multifunctional additive.

1. Mutual Enhancement: Maximized Activity and Physicochemical Synergy Adopting refined purification process to ensure >50% high-purity humic acid with rich active groups, strong chelating ability and chemical stability. >98% water solubility guarantees fast dissolution and no residue, meeting the needs of large-scale industrial production and batch application; alkaline pH 8–9 fits industrial process requirements and is compatible with most alkaline raw materials without antagonism. 2–4 mm flake form allows accurate weighing, storage and transportation, not easy to caking, balancing dissolution efficiency and convenience, realizing dual empowerment of “high activity + convenient adaptation” and laying a foundation for multi-field application.

2. Adaptation for Aquaculture: Water Conditioning and Ecological Optimization Suitable for aquaculture, it can precisely adjust water pH in line with its own alkaline pH 8–9, stabilizing water acid-base balance; it also adsorbs heavy metals and residual harmful substances in water, purifying the water environment and creating a suitable living space for aquatic organisms. In addition, it promotes the growth and reproduction of beneficial microorganisms in water, optimizes water microecology, improves immunity of aquatic organisms, reduces diseases, and meets water quality regulation needs of various aquaculture scenarios such as fish and shrimp.

3. Application in Ceramic Industry: Modification, Efficiency Improvement and Quality Enhancement For the ceramic industry, it enhances the plasticity of ceramic green bodies, improves mud ductility and reduces breakage rate during forming; in sintering, it lowers cracking risk, optimizes glaze smoothness and gloss, and improves ceramic product quality. It has good compatibility with ceramic raw materials and can be compounded with water reducers, coupling agents, etc., to further improve processing efficiency and reduce production costs, making it an indispensable new modification additive for the ceramic industry.

4. Multi-Field Expansion: Universal Adaptation and Functional Extension It has wide industrial versatility. Besides aquaculture and ceramics, it can be used in water treatment to adsorb harmful impurities in wastewater and assist water purification; as a feed additive, it regulates intestinal microecological balance of livestock and poultry, improves digestion, absorption and feed utilization, and promotes growth and development. Alkaline pH 8–9 adapts to various alkaline process scenarios, stably exerting effects to meet differentiated needs of multiple industries.

5. Quality and Efficiency Improvement: Stable Durability and Cost Optimization High-purity humic acid ensures functional stability with no obvious attenuation in long-term use, suitable for large-scale and continuous industrial production; 2–4 mm flake form facilitates batch application and accurate dosage control, reducing waste and improving cost performance; >98% water solubility avoids raw material residue, lowers subsequent cleaning costs, balancing efficacy and economy to meet cost optimization needs of various industries.

Expert Advice: Suitable for aquaculture, ceramic industry, water treatment, feed additives and other fields. For aquaculture, it can be directly splashed to adjust water quality; in ceramic production, mix evenly with raw materials; dosage for water treatment and feed addition can be adjusted according to process requirements. It is recommended to compound with special additives for corresponding industries to further enhance efficacy, adapting to large-scale production and refined operation in various fields.