Data-driven scientific formulas optimizing every acre of land.

Shanxi Ihumate BioTech Co., Ltd. (Ihumate) is headquartered in Shanxi, China, leveraging the nation’s richest nitro-salt and humic acid resources and ideal climatic conditions. The group operates two major production bases: the Shanxi Base focuses on drone-application grade liquid fertilizer OEM/ODM, NPK water-soluble fertilizers, and mineral-source humate production. The Shandong Base features the industry’s first "5S" smart digital factory, specializing in seaweed extract, functional small peptides, and innovative biostimulants. This strategic dual-base layout creates a complete and diversified product matrix in the specialty functional fertilizer sector.
Production, R&D, and sales of Shanxi Ihumate BioTech Co., Ltd., serving global customers.
We have established a global strategic production and innovation partner network, collaborating deeply with SAR (India), GOLDSTAR (Vietnam), AGROSURE (Ecuador), and NATRURA (Bolivia).

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Explore Ihumate R&D and Innovation Trends
2026-06-10
A soil trial with Suaeda-derived microbes recorded sustained target-strain growth, fewer miscellaneous and harmful microbes, and trends toward nutrient activation and rhizosphere recovery.
2026-06-30
In June 2026, China’s mineral-resource implementation rules moved phosphate rock and potash into a strategic-resource framework, raising attention on phosphate fertilizer supply security.
China’s microbial fertilizer market is projected to exceed RMB 60 billion by 2027 as competition shifts from viable-count claims and price toward strain adaptability, stable field performance and crop-specific solutions.
In May 2026, record sulfur prices began to squeeze phosphate fertilizer margins and trigger production cuts, shifting the global fertilizer story from freight disruption to raw-material stress.
In March 2026, Russia’s ammonium nitrate export halt and the Hormuz shipping crisis triggered a sharp fertilizer price shock, raising risks for spring planting and food production.
NC State research reported in February 2026 found that fertilizer inhibitors reduced ammonia emissions broadly, while nitrous oxide effects depended on soil texture.
