1. Promote the absorption of nitrogen and phosphorus. Potassium dihydrogen phosphate can promote the absorption of nitrogen and phosphorus by crops and improve citrus yield and grain weight. At the same time, it also plays a special role in the special physiological period of crops.

2. Promote photosynthesis. Potassium is used to enhance the photosynthesis of crops and accelerate the generation and transformation of nutrients.

3. Improve toughness. Such as drought resistance, drought resistance, waterlogging resistance, frost resistance, damage resistance, bacterial infection, etc.

4. Improve fruit quality. It can strengthen the fruit during the fruit expansion period, promote the fruit expansion and fruit quality, increase the color and improve the taste.

5. Regulate citrus growth. It can promote flower bud differentiation, increase the number of flowers, increase flower buds, strengthen flowers and protect fruits, and promote root growth and development.

6. Irreplaceable benefits of high-quality potassium dihydrogen phosphate (select high-purity and qualified potassium dihydrogen phosphate):

1. No chlorine, low impurity content, low salt index, good water solubility, safe and non-toxic.
2. It is rich in phosphorus and potassium, and the comprehensive content of phosphorus and potassium is the highest among all fertilizer products.
3. PH value is equal to weak acid, which can be used in combination with most pesticides and fertilizers to increase efficiency.
4. The absorption speed is fast. It can be directly absorbed by crops after 30 minutes, and the effect is fast and obvious.
5. Various uses, such as spraying, sprinkler root irrigation, transplanting, seed dressing, cherry, etc.

Organic composting equipment is simple and practical, and the generated fertilizer can be quickly absorbed by crops. In order to make better use of the dumper in the process of organic fertilizer manufacturing, the maintenance of chemical fertilizer equipment is very important.

1. The bearing in organic fertilizer equipment bears all the load of the machine, so good lubrication is closely related to the service life of the bearing.
2. Lubricating oil directly affects the service life and operation rate of organic fertilizer equipment. Therefore, the injected lubricating oil must be clean and well sealed. The main oil filling parts of the machine are rotating shaft roller bearing, gear movable bearing and sliding surface.

3. Newly installed tires are easy to loosen and should be checked frequently.
4. Pay attention to the normal operation of all parts of the upender.

5. Pay attention to check the wear degree of the easily worn parts of the lathe, and replace the worn parts at any time.
6. Dust and other sundries shall be removed from the underframe plane of the movable device of the upender to avoid serious accidents caused by the movable bearing unable to move on the underframe when the machine encounters immovable materials. Broken.

7. When the lathe rotates the gear, if there is an impact sound, stop immediately for inspection and eliminate it.

Organic composting equipment

In the manufacture of NPK fertilizer and organic fertilizer, it is necessary to make a detailed description and solutions to the wear of machine parts and the common faults in the operation manual. On the other hand, routine maintenance is more important. Compliance routine maintenance can effectively reduce failures and prolong service life.

The dumper is an important machine in the production of biological fertilizer project. Then, in the face of various compost fermentation soil dumpers, how to choose a suitable soil dumper, we summarize the following contents for purchase reference.

1. Performance: when we buy the dumper, we should first look at its performance and whether its performance is stable and safe. No matter what equipment you operate, you must first ensure safety. The performance of an equipment depends on the quality of the equipment. It can be used for a long time, which will greatly affect its service life.

2. Processing capacity: in order to determine the throughput required by the dumper, the amount of compost that can be turned every week during peak hours must be determined. The throughput of a particular lathe is determined by the speed of its working stroke. It can handle the size of inventory. Powerful machines usually have higher throughput because they handle larger inventory.

3. Site capacity: the treatment range is wider, especially for a given large number of compost piles, higher stacking materials. Self driving lathes require less access space than Trailer models.

4. Materials: the materials used by good manufacturers have good fiber content and light yeast viscosity. It can be used for composting and fermentation. It has strong crushing and mixing functions. Therefore, the pretreatment process of raw material mixing and crushing can be omitted, and the fermentation rate and progress of raw materials in the production process can be reduced. To make the material more uniform, loosen the.

For colloidal sludge with viscous function such as sewage treatment plant and filtered sludge, soft pile transfer point composting fermentation composter should be selected. Therefore, it allows faster dehydration, thereby shortening the fermentation time.

5. Cost: due to the size, speed, strength and characteristics of the machine. Consider procurement costs related to throughput and capacity. The greater the cost performance of large dumpers, the greater the amount of compost.

More different types of compost turners, go to https://compostturnermachine.com/

As one of the mainstream equipment of NPK fertilizer production line, compound fertilizer equipment must have its advantages. Because the compound fertilizer equipment can produce a variety of fertilizers, especially the coated fertilizer used in the current market. Coated fertilizer was boldly conceived as early as the beginning of last century. Through efforts, it finally realized and entered the era of coated fertilizer.

Advantages of coated fertilizer:

1. It can reduce the loss of fertilizer nutrients and significantly improve the utilization rate of fertilizer;
2. Avoid excessive fertilization and soil hardening of dry crops.;
3. Prevent the accumulation of nitrate in soil, pollute the environment and even poison human and livestock due to large amount of nitrogen fertilizer;

4. It can coordinate crop nutrient supply, implement balanced fertilization and achieve high quality and high yield;
5. Reduce the times of fertilization and save labor and time;
6. It is suitable for mechanized fertilization and can greatly improve the work efficiency of large-scale fertilization.

Selection principles of coating materials

Coating material is the material basis to ensure the function of coated fertilizer. In order to ensure the expected effect of coating fertilizer, the selected coating material must meet the following requirements.

1. Adhesion. After surface treatment, the granular fertilizer contacts with the powder of the coating material in the disc granulation equipment to make the coating material adhere to the fertilizer surface evenly, and finally seal the surface with a covering agent.
2. Spraying. The coating material is melted and sprayed on the fertilizer in a disc fertilizer granulator or drum fertilizer granulator, and then treated with an appropriate treatment agent.
3. Put the fertilizer to be coated together with the coating material into the fluidized bed and fully mix to form uniform particle coated fertilizer.
The above is the material selection requirements of coated fertilizer produced by compound fertilizer equipment and the advantages of coated fertilizer. Moreover, the production of this coated fertilizer is relatively simple compared with other fertilizers, and it is also the choice of fertilizer manufacturers who have just entered this industry.

More detailed info, go to https://compostturnermachine.com/phosphatic-granule-fertilizer-production-line-in-uzbekistan/

Q: what is soil testing and formulated fertilization?
A: Soil testing: testing soil nutrient content;
Formula: put forward scientific fertilization measures (ratio, dosage, period and method) according to crop fertilization law, soil fertility and fertilizer utilization rate
Q: can rice use nitrate nitrogen? No.
A: nitric oxide is easy to leach.
Q: what are physiological acid fertilizers?
A: Ammonium sulfate, ammonium chloride, etc. should be used in northern alkaline soil.
Q: Characteristics of granulating production line:
A: 1. The design of spiral section of mixing section is reasonable and unique, the mixing is uniform, and the feeding and discharging is fast
2. Computer automatic batching / mixing / packaging in one, using the cage feeding mode, small area, less labor, less investment.
3. The whole equipment is made of stainless steel, corrosion resistance, long service life.
4. The following are pictures of applicable granulation production line:

Q: what is chemical acid fertilizer?
A: Superphosphate is suitable for alkaline soil in North China.

Q: what is chemical alkaline fertilizer?
A: Phosphorus magnesium fertilizer, ash.
First of all, they can not be mixed with farmyard manure, ammonium nitrogen fertilizer and straw ash as mulching fertilizer.

Q: can urea be watered immediately?
A: No, urea is easily lost.
Do not water immediately after fertilization, it can be converted into ammonium bicarbonate in 2-3 days in summer, and the effect of re watering is better.

Q: can ammonium bicarbonate be applied to the soil surface?
A: No, it should be covered with soil. Due to the application of ammonium bicarbonate on the soil surface, most of the nutrients will volatilize into the air, and the utilization rate is very low. More details, go to https://organicfertilizerplants.com/

Q: how to improve the utilization rate of phosphate fertilizer?
-A: 1. Mixed organic fertilizer.
2. Concentrated application as base fertilizer.
3. Priority should be given to winter crops and legumes;
4. Combined application of nitrogen, phosphorus and potassium.
5. Sandy soil and dry land are preferred;
6. After effect of rational utilization of phosphate fertilizer.

Q: can urea be absorbed by crop roots?
A: after urea is converted into ammonium nitrogen, it can be absorbed by crops.

Q: why is the application of potassium sulfate compound fertilizer easy to cause soil hardening?
A: the main reason is the formation of CaSO4 (gypsum).

About mechanical products, there will be various problems in operation. Organic fertilizer granulator is also a kind of machinery. Of course, I won’t say no problem.

So, under normal circumstances, what problems should we pay attention to? Today, Zhengzhou SX organic fertilizer machinery will mainly explain some problems that are easy to occur in the operation of the organic fertilizer granulator.

In the operation process of organic fertilizer granulator, if the configuration is not correct, it is easy to break the bearing. Of course, this problem usually occurs after a long time of use, because new machine bearings will never cause problems.

Yes. Everyone knows that the quality of a new machine is very important, so you usually don’t have to worry about quality. In general, both the granulator and other organic fertilizer equipment will be overloaded, because the domestic overtime is still serious.

So, can our equipment be used in this way? How to ensure the safety of equipment in long-term use?

For the newly installed fertilizer granulator, due to the initial operation, it is likely that there are still problems in most places, such as insufficient screw tightening, so it is necessary to check every time to avoid the machine has begun to wear, but you do not know.

For the equipment that has been used for a long time, the area that needs to be inspected has become the area prone to aging and deformation. As long as there is no problem with the equipment itself, there is usually no problem with long-term use.

However, no matter the granulator or other organic fertilizer equipment, our organic fertilizer equipment manufacturers do not recommend overloading, after all, it will consume the service life of the machine itself.

More details, go to https://organicfertilizermachines.com/

Small mower is the main machine of bio organic fertilizer production line. It is designed to walk on four wheels, which can be operated by one person, and can be forward, backward and turn.

In the process of driving, the whole vehicle will be stacked on the strip fertilizer applicator before riding. Hang the rotary knife under the machine to mix, fluff and compost the raw materials of the fertilizer machine. After passing through the vehicle, a new strip stacking will be formed, which can be carried out in the open space or workshop shed.

The main technical breakthrough of composting machine lies in the integration of material crushing function in the later stage of fermentation. With the gradual dehydration of the material, a knife with a crushing device can be installed to effectively crush the plate formed in the fertilizer fermentation process.

The small stacker not only saves the crushing work before the fermentation material treatment, but also greatly improves the crushing efficiency, reduces the production cost of organic fertilizer, and fundamentally solves the limitations of the grinder.

What are the differences between organic and inorganic compound fertilizer, organic fertilizer and bio organic fertilizer and fertilizer equipment to be equipped on fertilizer production line?

Organic inorganic compound fertilizer is a kind of compound fertilizer containing both organic matter and chemical fertilizer. It is a kind of fertilizer obtained by harmless and effective treatment of manure, pea and other organic matter through microbial fermentation and adding appropriate amount of organic fertilizer. Fertilizer, humic acid, amino acid, etc., pelletizing or direct mixing.

Organic fertilizer is a kind of slow effect fertilizer produced by the fermentation of animal and plant residues, feces and biological waste. The main component of organic fertilizer is organic matter. After being applied to the soil, it can continuously release various nutrients for plants to absorb. Through microbial decomposition, it can provide comprehensive nutrition for long-term fertilized crops. Organic fertilizer is the main raw material for soil improvement, which can enhance the ability of soil water and fertilizer protection, improve plant yield and quality. The main nutrients of green food production.

Bio organic fertilizer produced by bio fertilizer production line sx plante is a kind of compound fertilizer by adding specific functional microorganisms to organic fertilizer. The function of bio organic fertilizer is to increase soil nutrients and improve soil biological activity. Functional bacteria and organic matter can improve the soil and promote the release of soil fixed nutrients.

They are rich in organic matter, which can improve soil structure and increase soil nutrients. Both organic-inorganic compound fertilizer and organic fertilizer contain a certain amount of nitrogen, phosphorus and potassium.

Generally, bio organic fertilizers do not contain nitrogen, phosphorus and potassium.
Organic inorganic compound fertilizer: the content of organic matter in organic-inorganic compound fertilizer is not less than 20%, and the total nitrogen, phosphorus and potassium is not less than 15%.

Organic fertilizer: the content of organic matter in organic fertilizer is not less than 30%, the content of total nitrogen, phosphorus and potassium is not less than 4%, and not more than 15%.

Bio organic fertilizer: the content of organic matter in bio organic fertilizer shall not be less than 25%, and the number of effective living bacteria shall not be less than 20 million / g.
Organic fertilizer production line

Chemical fertilizer equipment:
In the process of chemical fcompound ertilizer production, different types and series of chemical fertilizer production equipment should be equipped to complete the production process. General fertilizer production equipment mainly includes fertilizer mixer, fertilizer crusher, granulator, etc. It can be used in organic fertilizer production line.

There are several factors affecting the product quality and efficiency of commercial organic fertilizer production, equipment being the really important one. Therefore, manufacturers must pick the most suitable fertilizer machines. In this article, we’ll glance at the various processes involved in commercial organic fertilizer production, together with the organic fertilizer machines sx that happen to be much suitable for application.

There are actually mainly two processes involved with commercial organic fertilizer production. The initial one is safe organic waste treatment procedure, which can be using compost-making materials through fermentation and decomposition. The key raw materials needed here include fermentation organic industrial waste, food, paper filter mud, crop stalks, candy pomace, garbage, municipal sewage sludge, animal manure, etc. The heat generated with the thermophilic bacteria kills all pathogenic microorganisms, eggs, worms, protozoa, bacteria, and viruses which may inhabit wastes.

The other portion of the process may be the granulation of composting material. The main benefits associated with organic granulation will be to ensure organic fertilizer production that has stable nutrient content, great commercial properties, and fertilizer efficiency available for purchase, transportation, and additional storage.

Organic Materials Fermentation and Decomposition

This process typically utilizes aerobic fermentation since the working principle of compact treatment during commercial industrial manufacturing of organic fertilizer. Generally, this process contains material pre-treatment, solid-liquid separation, fermentation, decomposition, and turning. Studies have revealed how the working principle from the fermentation process entails the microbial decomposition of available organic matter.

The main fermentation parameters here are the (C: N) ratio, humidity, temperature, and gas. Therefore, the basic technology in the regulation is always to allow the right environment to the involved aerobic microorganisms. Heap mild pH value rising results in nitrogen volatilization losses during the retting process. So, lowering nitrogen loss and avoiding excessive organic matter decomposition of your respective organic fertilizer are definitely the essentials to further improve the caliber of the organic fertilizer. All of those problems may be solved by adjusting the (C: N) ratio, pH, moisture, temperature, governing the fermentation time, and improving material pre-treatment.

Fermented Organic Material Granulation

The characteristics of fermented organic materials include granulating difficulty, poor adhesion, and coarse texture. Fermented organic material granulation has become a crucial component of organic fertilizer production for a while now. It could be in disc granulation organic fertilizer production line and extrusion granulator organic production line. So, what are the machines used?

– Extrusion granulation

When composting material with the correct quantity of inorganic fertilizer, you can use a flat die extrusion granulator for extrusion. The production has strict demands of materials selection, and also pre-treatment. Additionally, it requires to alter to the most appropriate water content. As well, it needs good adhesion and fine texture. It features an easy process, no drying needed, coarse columnar grains, high product water content, and uniform particle size. Nevertheless, it provides collapsibility within the transportation and storage process, as well as low production capacity.

– Disc granulation

A disc fertilizer granulation technology can granulate almost all organic materials. Once the material dries and gets finely pulverized by using a sufficient level of fertilizer, materials are brought to a disc granulator machine.

– New type granulation

It requires the use of the latest type of organic fertilizer granulator, which can be a professional fertilizer granulator machine. The machine could be beneficial in all kinds of organic matters. No drying and crushing are needed in organic fertilizer production.

What are the disadvantages of direct processing of immature agricultural products into farmland or simple drying in organic fertilizer production line? Although animal manure is a good organic fertilizer, there are many disadvantages of chemical fertilizer if immature animal manure is directly used in farmland or simply used as organic fertilizer for drying.

1. Infection of diseases and insect pests: the direct application of immature organic matter will lead to the spread of diseases and insect pests, crop diseases, and also affect the health of consumers of agricultural products.

2. In the process of chemical fertilizer production, if the raw materials are composted without organic fertilizer, they will be fermented and the seedlings will be burned: after fertilizing the unfermented raw fertilizer, the raw fertilizer will start to ferment under the condition of water and other fermentation conditions, and the heat generated by fermentation will affect the growth of agricultural crops.

3. Soil anoxia: organic matter will consume oxygen in the soil during differentiation, which will limit the growth of crops. Therefore, compost can only be used after harmless treatment.

4. Low fertilizer utilization rate: most of the unfermented and rotten organic fertilizers in the organic fertilizer production line or biological fertilizer production line are in the organic state or slow action state, which can not be directly absorbed and utilized by crops, but can only be absorbed and used after being differentiated and transformed by crops.

No need to use and transport directly, large volume and moisture content. Therefore, compost can only be used after harmless decomposition and treatment. More detailed info, welcome go to https://fertilizerplantequiment.com/