Organic fertilizer

Organic fertilizer

NN and SS Ltd offers variety of different types of Organic Fertilizers in order to prevent the loss of national capital. Our goal is to improve productivity and increase the consumption of organic fertilizer and removal of harm full chemical fertilizer. Also, to promote, encourage, and increase awareness of agricultural knowledge to taken based on international is part of NN and SS future plans.

for further information please check our sister company website as follow:




Organic material (compost) %40 ± 5

% Inorganic sulfur % 8 ± 1

Nitrogen % 8± 1

Tiny brain Zinc _ Iron _ Manganese _ Magnesium _ Copper _ Bur & ……. 1 ± 0.2

Consumer benefits

Increased harvest Quality & product durability

Increased organic material , correction  PH alkaline & saline soils

Increased resistant plants to colds , Fungal diseases & pests


Content and Style use

Consumption per hectare

Time & instruction for use

Type of cultivation

Agriculture & sayfi


With plow or disk



After culturing


With plow or disk



After culturing

5-3 for each tree

Before walking tree(As chalked)






phosphorus has an important role in metabolism of plant in energy transfer process . phosphorus makes improvement root growth , stimulate flowering and material seed . also phosphorus is necessery bone growth and metabolism animals. phosphor makes cause deficiency retardation in plants growth , because reduce root growth and delay in flowering and fruit set . plants seem to firm . first older foliage leaf are dark green and then past time before died , com in red

almost chemistry soils are poor of phosphates a usually phosphate available for plants are connected to organic compound in soil and or have accumulated with micro arganism soil and while this is soil solution have small amount of phosphor . first phosphate absorbed and is available for absorbent phosphate used by plants.

How increase accessibility of phosphorus?

Phosphate rock makes cause increase sulfur and also thiubacillus the best activity and phosphorus is movement in PH=6-6.5.

Phosphorus rock makes cause increases sulfurous and also caused thiubacillus bacteria. The best compost mix or animals fertilizer is for prevent consolidation by mineral nitrogen. The result will be inaccessible for plant. Root growth encourages the plant. The result is cause increase absorbent phosphorus. Roots growth are cause increase organic materials soil, for example it is covering the soil with mulch (in dry land) and also is caused roots growth as doped. Soil moisture is necessary to increase accessibility to phosphorus.


Table elements analyst


Organic materials (compost




Organic sulfur

2000 ppm







Mixture of organic compost and inorganic sulfur


Product Analysis





Organic carbon



Organic matter






Dilution of 1 to 10



EC Ds / m

Dilution of 1 to 10





N total



P Total



K Total






Ca total


Test Method




PH Meter



Kajel tak

Calorie Meter

Flame photometer

Flame photometer










































Test Method




























first grade compost fertilizer(below 8mm)


Improved soil physical properties such as increased water infiltration and reduce soil bulk

density of compost is used. The positive effect of compost on soil cation exchange capacity as

well as reduce the PH,and advantages of this fertilizer is used.

Use of compost, significant effect in increasing the amount of available soil nitrogen and

nitrogen in the plant has had too much.

Experimental results have shown that plant growth and grain yield increased with increasing


Organic matter, fertility and soil fertility is the key. To maintain a level of fertility and power

production, soil organic matter levels should be maintained at an appropriate level.

Soil amendments include increased porosity (lower bulk density) and decreased resistance to

water penetration in the soil.

Also increased under conditions of high temperature compost to improve soil physical

properties, it is.

Experiments have shown that adding compost to the soil PH level of 5 tons per hectare for

three years from 8/5 to 4/6 has increased. Survey also shows that the amount of organic

carbon, organic carbon increased with increasing compost




Fertile soil should be about 2 to 3 percent organic carbon and Decline in soil organic matter causes soil to increase vulnerability, The decrease in organic carbon and organic matter in the soil are desertification, So in about 100 million hectares of land have been desertification risk , 75 million hectares of the total area exposed to water erosion, 20 million hectares prone to wind erosion and Five million hectares of degraded land subject to other forms of physical and chemical Such as reduced fertility, salinity, deforestation and ...



Soil Landscape ecological consequences of desertification include

Alter soil quality, soil structure degradation and reduced food

Increased water and wind erosion

Soil Salts

Sodium and alkaline soil

Loss of soil organic matter

Biodiversity loss.

Of three physical, Chemical, Biological(Vegetation) Can be prevented from expanding deserts.

Organic matter to improve the physical, chemical and biological soil have a major role in preventing desertification. One of the beneficial effects of organic matter, increased water storage in the soil. With increasing water storage in the soil vegetation more, Is also prevented from water and wind erosion. Research has shown that the use of organic materials as mulch can reduce up to 70% of the amount of water evaporation from the soil.




Every country has a certain capacity and balance. However, if productivity is higher than balance the natural balance of the land to break and Plant life, animal life, and man is at risk.

Arid and semiarid areas of natural strength is very weak and sensitive. Human activities in these areas to reduce speed and Is causing desertification. Desertification is the degradation of the land resource changes in vegetation, soil and ... Human activities are the major cause of this destruction.

One of the concerns of the world today is the issue of desertification. The desertification issue for a country like Iran where 43 million hectares, equivalent to a quarter of its area is desert, there is an undeniable necessity. While six million acres of this area are critical situation and Only 2 million hectares have been suppressed. Deserts are expanding rapidly, So Humane Society attacked before they can be informed by measures of scientific effort have raided the desert. Certainly, the humane society will win this battle.

Desertification as a human disaster, natural climatic Which could be devastating effects of widespread economic, social and environmental causes. Kubrat creation of practical solutions in the absence of proper land degradation, desertification and other items. Tehran Province is located in the desert plain in the vicinity of the hot dry plains and With different climatic conditions and watershed located in south central Alborz Mountains and Fertile plains and vast as the plains of Varamin, Ray, Karaj, Shahriar ,Hashtgerd ,slopes of Damavand, is considered one of the most fertile areas. Considering the geographical proximity to the desert regions are fragile and vulnerable


Sinco Company main Manufacturer and  distributer of various organic fertilizer in Iran



S.C.U Fertilizer

  • Description of Sulphur Coated Urea (SCU) Fertilizer

As its name indicates,"SCU fertilizer" is a fertilizer which is produced by the capsulization of urea with the elements appropriate for soil such as sulphur and sealant which itself consists of some different elements. And based on its special formula, it provides the plant with the nutritious contents of urea fertilizer on a slow release basis over a 40-day output period.

We explain its advantages and specifications as follows:

  • Necessity of Replacing Urea Fertilizer by SCU Fertilizer Nitrogen is one of the main nutritious elements which the plant receives through urea fertilizer. However , the reason for the selection of SCU fertilizer instead of uncoated urea fertilizer is as follows:

A. Economical and technical Reasons

1. As to uncoated urea fertilizer (ordinary urea fertilizer), depending on the immediate solubility of urea in water* the output of this kind of fertilizer IS less than 30% the reason: 70% of urea is not absorbed by the plant as a result of immediate break. And it is wasted: whereas, due to its slow release property which is the most prornrnent property of SCU fertilizer the existing

Nitrogen is transferred to the plant on a slow and 100% basis over an output period of approximately 40 days. Therefore. Compared to urea fertilizer the quantity of this kind of fertilizer which is used is reduced by one third which is considered an economically

Important saving in respect of the purchase and distribution of fertilizer on a farm:

2.The use of uncoated urea fertilizer results in soil getting hard, in water not being able to permeate and in fertility of land  being decreased: whereas, this problem is totally removed once SCU fertilizer is used because nitrogen is slowly released in water;

3. Give that sulphur has been used in the coating of SCU fertilizer as a major part inRespect of weight and due to the presence of disintegrating bacteria in the compound forming the elements of the coating, after sulphur has played its role within the SCU fertilizer composition and after nitrogen has been fully transferred to the plan. Sulphur as an element plays a part as a nutritious substance and. also. As a substance regulating the PH of the soil, and it results in the soil being reinforced and in the land getting fertile.

4. As a pesticide and a fertilizer, sulphur as an element can also playa role form an economical viewpoint due to increasing the quality of the product. Therefore, should SCU fertilizer be selected, two different fertilizer will actually been used.

B.Environmental Reasons

The quick washing away of nitrogen in case uncoated urea fertilizer is used not only causes economic damage(as referred to above),but it also results in nitrogen penetrating underground waters and rivers, in polluting the environment and, especially, in contaminating drinking waters, because the washed nitrogen which ultimately turns into a nitrate leads to the outbreak of numerous diseases such as the death of children as a result of the inability of the lungs to absorb oxygen: whereas, as to SCU fertilizer the gradual and slow transfer of nitrogen to the plant and its complete absorption completely remove this problem and there is no wasted nitrogen.


Total Nitrogen:                                                  30%-34 %( UREA 80%)

Sculpture:                                                                                     15%-22%

Additive:                                                                                5%

Moisture:                                                                                0.5%

Main size                                                                                  1-4mm. (85%

7Days dissolution nitrogen                                                   20%-25%