Selection of crusher in organic fertilizer production line
Date:2019/12/09
The organic fertilizer machines of general organic fertilizer production process are: fermentation compost windrow turner equipment → crushing equipment → mixing equipment → granulation equipment → drying equipment → cooling equipment → screening equipment → packaging equipment. Among them, organic fertilizer machine can be connected by belt conveyor.
The indispensable process is raw material fermentation, raw material crushing and organic fertilizer granulator. In the crushing stage of organic fertilizer production, there is generally no dispute about the selection of semi wet material crusher, such as drying, cooling and so on are added according to the actual situation.
Principle of semi wet material crusher
1. The semi wet material crusher adopts the two-stage rotor to grind up and down. The material passes through the upper rotor crusher to form fine particles, and then it is transported to the lower rotor to continue to crush into fine powder to achieve the best effect of material powder and hammer powder. Finally, the material outlet is directly discharged.
2. The semi wet material crusher is not designed with screen bottom, and more than 100 kinds of materials can be crushed without blocking. Even the materials just fished from the water can be crushed, and will not be blocked due to wet crushing, which will burn the motor and affect the production.
4. Semi wet material crusher adopts high-tech technology, which can be easily operated by only one person. It is not only safe and reliable, but also easy to maintain.
Advantages of semi wet material crusher
1. It plays a key role in shortening the technological process, reducing the investment of equipment and saving the operation cost for the production of bio organic fertilizer and compost.
2. The allowable water content of the organic fertilizer material for biological fermentation is 25-50%, and the pulverizing particle size meets the granulation requirements. It can also be adjusted according to the user's needs. It can grind glass, ceramic, brick, gravel and other hard materials in organic fertilizer of municipal solid waste. It is an ideal machine for fertilizer production and processing units.
The indispensable process is raw material fermentation, raw material crushing and organic fertilizer granulator. In the crushing stage of organic fertilizer production, there is generally no dispute about the selection of semi wet material crusher, such as drying, cooling and so on are added according to the actual situation.
Principle of semi wet material crusher
1. The semi wet material crusher adopts the two-stage rotor to grind up and down. The material passes through the upper rotor crusher to form fine particles, and then it is transported to the lower rotor to continue to crush into fine powder to achieve the best effect of material powder and hammer powder. Finally, the material outlet is directly discharged.
2. The semi wet material crusher is not designed with screen bottom, and more than 100 kinds of materials can be crushed without blocking. Even the materials just fished from the water can be crushed, and will not be blocked due to wet crushing, which will burn the motor and affect the production.
4. Semi wet material crusher adopts high-tech technology, which can be easily operated by only one person. It is not only safe and reliable, but also easy to maintain.
Advantages of semi wet material crusher
1. It plays a key role in shortening the technological process, reducing the investment of equipment and saving the operation cost for the production of bio organic fertilizer and compost.
2. The allowable water content of the organic fertilizer material for biological fermentation is 25-50%, and the pulverizing particle size meets the granulation requirements. It can also be adjusted according to the user's needs. It can grind glass, ceramic, brick, gravel and other hard materials in organic fertilizer of municipal solid waste. It is an ideal machine for fertilizer production and processing units.