HUMIC FERTILIZER
High content of humus (humic and fulvic acids)
Rich in rhizospheric bacteria and natural enzyms
Improves soil structure, enriches soil with humus, increases cation exchange, buffering and water holding capacities.
Granules
Powder
Source and technology
The humic fertilizer is made from 100% high-humus lowland peat with a high decomposition (humification) level at 55%. The raw material contains a high level of rhizospheric bacteria and natural enzymes, the natural biocatalysts, that accelerate the flow of soil chemicals reactions, convert nutrients from compounds that are difficult to digest into forms that are easily accessible to plants.
The technology of thermal (60°C) and mechanochemical processing of raw materials activates the humic acids of peat, makes the cation mobile inside the molecule. Therefore, the full assimilation of mineral fertilizers occurs which allows to get a high-quality crop at low application ratio. Reduces soil salinity and is highly resistant to microbiological and oxidative degradation. Produced without the introduction of NPK, leonardite and other cheap raw materials.
Release forms and scopes of application
SUDISLAVL TORF LLC offers two types of humic fertilizers from activated lowland peat in granules and powder.
Granular humic fertilizer can be used to decrease NPK fertilisers application rate and as a direct-application organic fertiliser at 200 kg/ha.
Organic additive for the formation of humus self-renewable fertile soils. Solves the problem of land desertification, improve the structure and moisture capacity of the soil, increase the stress resistance of plants to diseases, drought and frost.
To reduce the use of expensive fresh irrigation water. Accumulates and retains moisture 20 timesits own weight.
Additionally, can used in poultry and livestock as a feed additive and premix activator to improve the digestibility of the main ingredients and deactivate mycotoxins. Learn more about humic additives in livestock (redirect)
Guaranteed analysis
| Release form | Granules (Ø5мм) | Powder |
|---|---|---|
| Density | 800 kg / m3 | 700 kg / m3 |
| Dry matter (%) *further "DM" | 70% | 75% |
| Humic acids (% based on DM) | 40-50 | |
| Fulvic acids (% based on DM) | 15-20 | |
| Organic Nitrogen (N) (% based on DM) | 2,6 | |
| Protein (natural enzymes) (% based on DM) | 15 | |
| Micronutrients (%) | Fe-0.06, Cu-0.1, Zn-0.4, Mn-0.08, B-0.1 | |
| Acidity (pH) | 7,0 - 8,0 | |
| Additional information |
Beneficail bacteria: Bacillus Subtilis – 700 thousand CFU/g Enzymatic catalase activity – 11 ml О2/2 min/g |
|
Competition
| Product | Application rate | Humic and fulvic acids | Natural enzymes | Soil rhizospheric bacteria | Microelements |
|---|---|---|---|---|---|
| Humic fertilizer from activated lowland peat | 200 – 300 kg /ha | >40% content of humic acids with a large amount of reactive centers >20% content of low-molecular weight fulvic acids (based on dry matter) |
High content of natural enzymes. The high level of peat decomposition (>55%) and a high concentration of ash (up to 30%; including various amino acids) provide a stable level of natural enzymes and protein up to 15% | High diversity of thermophilic bacteria (PH 8 + heat treatment at 70°C create optimal conditions for spore activation. | High content of trace elements in a chelate bioavailable form that is easily accessible to plants. No heavy metals and eco-toxins. |
| Leonardite fertilizers | 400 – 500 kg /ha | Low quality humic and fulvic acids. Humic acids are in a strong bond with metals. Humic molecules are inactive with a small number of hydroxyl and carboxyl groups. Low content of fulvic acids |
No content | No content | Low content. High risk of contaminating the soil with heavy metals. |
| Chicken manure fertilizers | 800 – 1000 kg /ha | No content | Intestinal enzymes | No content | High content; risk of toxins and uric acid contamination |
| Peat moss fertilizers | 800 – 1000 kg /ha | Low content; the majority of the organic matter is non-humic |
No content | No content | No content |
Results of application (radish) download study download study
Based on the test carried out by university of Vegetable Growing “VNIIO” (a branch of the FGBNU “FNTSO” – Russia) in 2022
Fertilizers in experimental plots: N60P40K90 + Humic fertilizer 19 g/m2
Repetition: 4 times
Fertilizers in control plots:
N120 P80 K180
Explanation: the experimental plots have 1/2 of the recommended dosage of mineral fertilzers (NPK) as shown: control has N120, P80, K180, while the experimental plots have N60, P40, K90 combined with Humic fertilzer.
Test results:
K +20%
Na +30%
