Specification :

Humic ACID 80% of New Hope environmentally sound farming

theory of Humate
Acid humus ( humid acid) is a substance that has a complex structure with a molecular weight of 1500. Practically insoluble ( insoluble) or precipitated with acid, but soluble ( soluble) with a base. Chemical structure of humid acid has many functional groups, among others:
1. Carboxyl group ( -COOH) and the phenol group ( -OH) , both having a negative ion charge that positive ions can bind heavy metals and form an organo-metallic complexes or chelate compound ( chelate) ;
2. Quinone groups are able to capture and collect sunlight and convert the energy in the form of higher energy levels.

BENEFITS FOR LAND HUMATE
Humid acid contained in the humate beneficial for improving soil fertility. The role of humic acid to the soil is related to changes in soil properties, namely the nature of physics, biology, and soil chemistry.

1. Effect of Humate In Soil Physical Properties
Humic acid has the ability arbsorsi about 80-90% water. Making it useful for reducing the risk of erosion on soil. It also increases the ability of soil to hold water

2.PENGARUH SOIL CHEMICAL PROPERTIES IN HUMATE
Increasing the cation exchange capacity ( CEC) . Such improvements increase the ability of soil to withstand the elements nutrient. Humic acid form a complex with micro elements to protect the elements from leaching by rain water.

3.PENGARUH HUMATE BIOLOGY OF LAND IN NATURE
Due to the influence of humic acid on soil chemical and physical properties, thereby creating a conducive ground situation to stimulate the development of soil microorganisms that function in the decomposition process that produces humus ( humification) .

Can be used for a variety of crops, both vegetables ( peppers, tomatoes, corn, kale, potatoes, etc.) , coffee, tea, palm oil, rice etc..