OMRI Flakes 10% Potassium Humate Fertilizer

Product Description

All kinds of Potassium Humate Fertilizer , OMRI Potassium Humate , Shiny Flakes , Powder , Granules , Liquid

New-Nutri provides various kinds of potassium humate, include potassium humate shiny flakes, potassium humate powder, potassium humate granules, potassium humate liquid and potassium fulvate. And according to the different needs of the market, we produced super potassium humate and normal potassium humate, their content and water solubility are different.

Specifications:

Functions of New-Nutri Potassium Humate:

• Increase the organic content of the soil

Humate is a mineral that is mined from the earth. It is an early stage in the development of coal from organic matter. Humate is rich in humic and fulvic acids, which are active components of soil humus (hence the name “humate”). These water-soluble organic acids not only increase the organic content of the soil, but they also increase the cation exchange capacity (CEC) of soil. The CEC is a measure of the ability of soil to hold and release positively charged mineral ions (cations) in the root zone.

• Increase the nutritional value of the soil by increasing the cation exchange capacity (CEC) of the soil

Humic acids have many negatively charged sites along the length of the molecule. These sites attract and hold positively charged mineral ions like iron, magnesium, manganese, calcium, zinc and other micronutrients. The humic acids hold onto these ions and keep them dissolved in solution, preventing them from becoming electrostatically attached to particles of soil. This is important for plants, because plants can only absorb minerals that are dissolved in water.

• Aid in the uptake of mineral nutrients by plants

Soil particles have negative charges too, and will also grab and hold these minerals. To get these minerals, plant roots have to actively detach them from soil particles using an electrochemical trick called “cation exchange.” In cation exchange, the root cells release the desired mineral cations from soil by trading (or “exchanging”) hydrogen ions (H+) for them. Humic acids can save plants a lot of work, by grabbing onto minerals and keeping them dissolved before they can become electrostatically attached to soil particles. Once they are complexed with humic acids, minerals tend to remain soluble longer, without re-attaching to soil particles. So humic acids improve the nutritional value of the soil by reducing the tendency of valuable minerals to electrostatically attach to soil particles. At the same time, humic acids readily support the absorption of these minerals by roots. This is what is meant by “increasing the cation exchange capacity of soil.” Improving the CEC improves the mineral nutritional value of the soil for plants. Stated in brief terms, humic acids aid in the uptake of mineral nutrients by plants.