MH-10 suspension fertilizer micro nano additive

The main components of MH-10 are prickly ash gum and hydroxyethyl cellulose, which are low degree cross-linked polysaccharide structures. It can form a three-dimensional multi helix structure in water systems and has shaking solution rheological properties; By utilizing the steric hindrance effect of polysaccharide molecular branches and the charge effect of hydroxyl groups, nano and micro particles are prevented from agglomerating and settling in aqueous solutions, resulting in better dispersion of materials in water-based systems and uniform and stable states;

The prepared solution has low viscosity, almost unaffected by pH value, strong salt resistance (can contain 20% potassium sulfate), and good anti crystallization effect. In aqueous solution, the three-dimensional network structure of MH-10 formed polysaccharides has a size range of 100-1000 nanometers and has a certain film-forming effect; When making composite suspension fertilizers, within the nanoscale range, MH-10 can block the aggregation and growth of fertilizer particles, and plants have a nano effect when absorbing fertilizers (improving absorption efficiency). Suitable for drip irrigation and spraying technology.

Usage and dosage:

Reference dosage: 0.5-2.0% (based on the moisture content in the solution); The specific dosage is determined through experiments based on product characteristics.

Usage: Slowly add MH-10 to water while stirring, thoroughly wet, and then disperse at high speed for 10-15 minutes to fully hydrate.

Indicator: Appearance: Light yellow powder, moisture content: ≤ 8%

Note: 1 MH-10 can prepare suspended fertilizers with particle sizes of 5 microns to 20 nanometers, and can also be used with other raw materials to produce high concentration inorganic and organic composite suspended fertilizers (which can contain large, medium, and trace elements at the same time);

MH-10 is also suitable for producing microbial suspension fertilizers and integrated suspension products of medicine and fertilizer.

3. Paired with designated dispersants for better results