What materials are suitable for horizontal crushers to handle

Organic fertilizer horizontal crusher is an efficient and practical equipment for crushing organic materials. It is suitable for processing a wide range of materials, including but not limited to the following categories:

• Livestock and poultry manure, such as chicken manure, pig manure, cow manure, etc., after fermentation treatment, has a moderate moisture content and is suitable for crushing with an organic fertilizer horizontal grinder for subsequent fertilizer granulation.
• Bioorganic fermentation compost: Composting materials that have undergone biological fermentation treatment have moderate moisture content and hardness, and are easy to crush.
• Urban household waste composting: The organic part of urban household waste is composted and then crushed with an organic fertilizer horizontal crusher to obtain high-quality organic fertilizer.
• Industrial organic waste: such as pharmaceutical residues, distillery residues, sugar factory residues, etc. These wastes contain abundant organic matter and can be processed into organic fertilizers after crushing.
• Agricultural waste: such as rural straw waste, rice husks, wheat bran, etc. These wastes can be crushed and converted into organic fertilizers to improve the utilization rate of agricultural resources.
• Other high humidity materials, such as sludge, grass mud carbon, etc., have a higher moisture content but can also be crushed using an organic fertilizer horizontal crusher after appropriate treatment.

In addition, the organic fertilizer horizontal crusher can also grind hard substances such as traditional Chinese medicine residue, sugarcane bagasse, mushroom residue, etc., and powder fermented decomposed garbage or other materials with a certain moisture content range.

Overall, the organic fertilizer horizontal crusher is suitable for processing a variety of materials, covering multiple fields such as agriculture, urban life, and industry. When selecting and using, it is necessary to make reasonable choices based on actual needs and material characteristics, and ensure the correct operation and maintenance of the equipment.