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Hammer mill is generally used for crushing straw materials, and its structure consists of three parts: feeding mechanism, crushing chamber (rotor, hammer, sieve, tooth plate), and discharge part (fan, collecting cylinder, dust bag). When working, the material enters the crushing chamber from the feeding mechanism, and flies to the toothed plate under the blow of the high-speed rotating hammer. After colliding with the toothed plate, it bounces back and is hit by the hammer again. , the material is subjected to strong friction. Under the action of repeated blows, collisions and frictions, the raw materials are gradually pulverized. After the fan pulls the pulverized material out of the sieve hole, it still needs to pass through the powder collecting device (such as collecting cylinder, dust collecting cloth bag, etc.) The air in the mixed air stream is separated from the pulverization.

Straw pulverizers are roughly divided into three types: double-rotor pulverizers (radial feed), grass pulverizers (side feed), and wide-width pulverizers (side feed).

The wet pulverizer consists of a feeding mechanism, a feeding mechanism, a cutting mechanism, and a shredder. The primary crushing chamber uses a cutter for cutting, and the secondary crushing chamber selects a multi-knife rotor F-type blade. When the material reaches the size of the sieve hole , Under the action of the negative pressure of the fan, the material is transported and collected by air. The fine can be adjusted to 60 mesh, and the coarse can be adjusted to 30 mm. The throughput is hammer mill

3-5 times.

Using a number of patented technologies, the design is mature and the structure is compact. Pipeline installation, can be continuously produced online, the quality of materials after processing is uniform, and there is no batch difference. Large processing capacity, energy saving and time saving, cost-effective. Fully enclosed design, no leakage of materials, no pollution, and can meet the requirements of cleanliness and environmental protection. Stable and reliable quality, smooth operation, no noise, almost no maintenance.

Hammer mill is generally used for crushing straw materials, and its structure consists of three parts: feeding mechanism, crushing chamber (rotor, hammer, sieve, tooth plate), and discharge part (fan, collecting cylinder, dust bag). When working, the material enters the crushing chamber from the feeding mechanism, and flies to the toothed plate under the blow of the high-speed rotating hammer. After colliding with the toothed plate, it bounces back and is hit by the hammer again. , the material is subjected to strong friction. Under the action of repeated blows, collisions and frictions, the raw materials are gradually pulverized. After the fan pulls the pulverized material out of the sieve hole, it still needs to pass through the powder collecting device (such as collecting cylinder, dust collecting cloth bag, etc.) The air in the mixed air stream is separated from the pulverization.

Straw pulverizers are roughly divided into three types: double-rotor pulverizers (radial feed), grass pulverizers (side feed), and wide-width pulverizers (side feed).

The wet pulverizer consists of a feeding mechanism, a feeding mechanism, a cutting mechanism, and a shredder. The primary crushing chamber uses a cutter for cutting, and the secondary crushing chamber selects a multi-knife rotor F-type blade. When the material reaches the size of the sieve hole , Under the action of the negative pressure of the fan, the material is transported and collected by air. The fine can be adjusted to 60 mesh, and the coarse can be adjusted to 30 mm. The throughput is hammer mill

3-5 times.

Using a number of patented technologies, the design is mature and the structure is compact. Pipeline installation, can be continuously produced online, the quality of materials after processing is uniform, and there is no batch difference. Large processing capacity, energy saving and time saving, cost-effective. Fully enclosed design, no leakage of materials, no pollution, and can meet the requirements of cleanliness and environmental protection. Stable and reliable quality, smooth operation, no noise, almost no maintenance.

Hammer mill is generally used for crushing straw materials, and its structure consists of three parts: feeding mechanism, crushing chamber (rotor, hammer, sieve, tooth plate), and discharge part (fan, collecting cylinder, dust bag). When working, the material enters the crushing chamber from the feeding mechanism, and flies to the toothed plate under the blow of the high-speed rotating hammer. After colliding with the toothed plate, it bounces back and is hit by the hammer again. , the material is subjected to strong friction. Under the action of repeated blows, collisions and frictions, the raw materials are gradually pulverized. After the fan pulls the pulverized material out of the sieve hole, it still needs to pass through the powder collecting device (such as collecting cylinder, dust collecting cloth bag, etc.) The air in the mixed air stream is separated from the pulverization.

Straw pulverizers are roughly divided into three types: double-rotor pulverizers (radial feed), grass pulverizers (side feed), and wide-width pulverizers (side feed).

The wet pulverizer consists of a feeding mechanism, a feeding mechanism, a cutting mechanism, and a shredder. The primary crushing chamber uses a cutter for cutting, and the secondary crushing chamber selects a multi-knife rotor F-type blade. When the material reaches the size of the sieve hole , Under the action of the negative pressure of the fan, the material is transported and collected by air. The fine can be adjusted to 60 mesh, and the coarse can be adjusted to 30 mm. The throughput is hammer mill

3-5 times.

Using a number of patented technologies, the design is mature and the structure is compact. Pipeline installation, can be continuously produced online, the quality of materials after processing is uniform, and there is no batch difference. Large processing capacity, energy saving and time saving, cost-effective. Fully enclosed design, no leakage of materials, no pollution, and can meet the requirements of cleanliness and environmental protection. Stable and reliable quality, smooth operation, no noise, almost no maintenance.