Organic Fertilizer Granulator, Organic Fertilizer Production Line

  Organic fertilizer dryer working principle:  biology organic fertilizer dryer  through electricity, diesel power, wind, coal, flammable material and other high heat generation power using ambient air heating, transported to the through the surrounding, and then reach the appropriate temperature for dehumidification treatment. The specific process of the fertilizer dryer is as follows: the wet material is sent to the hopper by the  belt conveyor  or  bucket elevator , and then the feed machine of the hopper enters the feed end through the feed pipe. The slope of the feeding pipe should be greater than the natural inclination of the material, so that the material can flow smoothly into the dryer. The dryer cylinder is a rotating cylinder that is slightly inclined to the horizontal line. The material is added from the higher end, the heat carrier enters from the lower end, and the material is in countercurrent contact, and the heat carrier and the material f...

  The core of the organic fertilizer  double screws compost turning machine  is a double helix auger-type turning structure, suitable for trough-type aerobic fermentation processes. Its performance focuses on turning efficiency, material compatibility, and fermentation compatibility. Key performance indicators and features are as follows: 1. Turning Performance: The double helixes rotate in the same or opposite directions, achieving deep turning and lateral movement of materials. This brings anaerobic materials from the bottom to the surface, achieving uniform exchange of oxygen, heat, and moisture. Fermentation efficiency is more than 30% higher than that of a single helix. 2. Material Compatibility: The helix angle and spacing of the helical blades are optimized to accommodate organic fertilizer raw materials such as livestock manure, straw, and mushroom residue with a moisture content of 50%-70%. It prevents material sticking and tangling, and can break up and evenly t...

  The core factors affecting dehydration in  biology organic fertilize dryers   fall into three categories: f ertilizer produciton machine   parameters, material characteristics, and process operation. The core issue is the matching of heat exchange efficiency and material mass transfer rate. Specific key factors are as follows: 1. Basic Material Characteristics: Excessive initial moisture content can cause material to stick to the walls and clump, hindering heat contact; uneven particle size can lead to overheating of small particles and insufficient dehydration of large particles; high organic matter content can limit drying temperature due to heat sensitivity, indirectly affecting dehydration efficiency. 2. Equipment Operating Parameters: The rotational speed and inclination angle of the drying drum determine the material residence time. Too slow a speed/too small an inclination angle can easily lead to material piling up, while too fast a speed/too large an incli...

  A  fertilizer horizontal mixing machine  typically consists of the following parts: • Frame: Made of high-quality carbon steel plates and channel steel, it is used to install and fix all the working parts of the machine, ensuring the stability and strength of the  fertilizer produciton machine . • Transmission and Connection System: Composed of an electric motor, pulleys, V-belts, and a reducer. The electric motor drives the pulleys and V-belts, which in turn rotate the main shaft through the reducer, providing power for mixing. • Mixing and Agitating System: Includes the mixing shaft and mixing blades. The mixing shaft runs horizontally through the cylinder, and is fitted with spiral, paddle, or combined spiral-paddle mixing blades. Rotation of the shaft achieves convective mixing, shear mixing, and diffusion mixing of the materials. • Mixing Cylinder: Usually a horizontally placed U-shaped or cylindrical container, it is the place where the materials are mixed. I...

  The  organic fertilizer double axis mixer , as the core mixing equipment in the  bio organic fertilizer production line , requires a maintenance and upkeep cycle that considers the equipment's operating intensity, material characteristics, and production environment.  This can be divided into three levels: daily maintenance, regular maintenance, and annual overhaul. Daily maintenance should be performed after each shift, primarily involving cleaning residual organic fertilizer raw materials from the mixing chamber, checking the wear of blades and scrapers, tightening loose connecting bolts, and cleaning and dusting exposed parts such as bearing housings to prevent material buildup from causing component jamming. Regular maintenance is recommended every 500 operating hours, or monthly depending on the actual production line conditions. This involves a comprehensive inspection of the  fertilizer produciton machine's  transmission system, including replacing...

  When it comes to the correct operation of  biology organic fertilizer dryers , many operators are not impressed, always thinking that they are very experienced. However, in the actual operation of the machine, various problems have come out. Often due to non-standard operation,  organic fertilizer equipment   will have some problems, in order to avoid describing the wrong operation, the following is the correct operation of organic fertilizer dryer method. Our purpose is to minimize the failure of organic fertilizer dryers. 1. The operator should not wear gloves. When blockage occurs, it is strictly prohibited to put the hand into the stuffing bucket. 2. Do not stop immediately after the end of the work, should idling for 3 minutes, so that the material in the machine is completely discharged. Cleaning and maintenance should be carried out after shutdown. 3. After 300 hours of operation of the organic fertilizer dryer, the bearing should be cleaned and the oil repl...