TBIO Carbon Maxi is a material research and development system that optimizes the structure of natural organic molecules and adjusts gene expression to enable the material to have high stability, easy solubility and strong adsorption capabilities at the molecular level, so that the material has better biostimulation function. In the process of material research and development, there is a close connection between structure optimization, transcriptomics and metabolomics. Improving the material structure to enhance its stability and functionality provides strong support for the realization of biostimulation function.

The reverse biostimulation function is verified by genomics, and the results are fed back to the material design link to further optimize the material, forming a continuous cycle and dynamic optimization process. Ultimately, the material can be stably present in the compatibility and effectively exert its function.

Through advanced technology, the structure of humic acid molecules is modified, and small molecules are achieved through chain breaking and chain opening. Addition and substitution reactions increase oxygen-containing functional groups, improve biological activity, and promote the regulation of plant endogenous hormones.

Through process modification, cross-linking reactions are blocked, and the recombination reaction of humic acid molecules is effectively reduced, forming stable and highly active small molecule humic acid.

HUMICA+CA. Through advanced molecular biotechnology, the functional groups of humic acid are screened and reshaped. With the help of naturally extracted biological enzymes and the application of unique molecular nesting technology, humic acid and calcium are combined to achieve multiple stimulations and adversity management for crops, helping them to take root and grow in adversity. This technology can significantly stimulate the expression of antioxidant-related enzymes by several times, remove oxidative free radicals, reduce the content of oxidizing substances such as malondialdehyde, and improve the stress resistance and repair potential of crops. When crops encounter late spring cold, it can effectively improve the post-freeze tissue repair ability and quickly restore growth.

Highly concentrated liquid humic acid uses cutting-edge ultrasonic dissolution technology to deeply explore the active ingredients in mineral raw materials and successfully transform them into a super-concentrated stable liquid phase with a concentrated content of up to 300g/L, achieving efficient extraction and high concentration.