In the agricultural field, where environmental protection and sustainable development concepts are highly respected, organic fertilizer non drying and extrusion production lines have gradually become a popular choice in the industry. It cleverly combines innovative technology with actual production needs, bringing many changes to organic fertilizer production.

A major highlight of the organic fertilizer non drying extrusion production line is the "non drying" feature. We all know that the drying process in traditional organic fertilizer production consumes a lot of energy, increases production costs, and high temperatures may also damage some beneficial components in organic fertilizers. The non drying extrusion production line is different. It relies on a unique extrusion process to directly extrude processed organic materials into particles. In this way, the energy used for drying is saved, and the beneficial microorganisms and nutrients in the materials are also preserved, naturally improving the quality of organic fertilizers.

For organic fertilizer production enterprises, this production line has a significant effect on cost control. The direct manifestation is the reduction of energy costs, no need for drying, and a significant decrease in electricity or fuel consumption. Moreover, because there is no need to purchase drying equipment, it also saves equipment maintenance costs, which in turn reduces related site occupancy fees. By spending less on equipment investment and site leasing, enterprises can launch products at more advantageous prices in market competition, thereby enhancing their competitiveness.

Speaking of applicability, the organic fertilizer non drying extrusion production line can adapt well to various raw materials. Whether its common sugarcane bagasse and pineapple peels in the south, or a large amount of corn stalks and cow manure in the north, they can all be used as raw materials for production. Enterprises in different regions can select suitable raw materials to produce organic fertilizers based on local resource advantages, achieving effective utilization of resources.

However, it should be noted that in order to keep the production line running smoothly, daily maintenance and upkeep must not be neglected. It is necessary to regularly inspect the molds of the extruder to see if the surface is smooth, worn, or blocked, which is particularly important for ensuring the quality of particle molding. At the same time, lubrication and fastening should be carried out on the conveying system and transmission components to prevent them from becoming loose or stuck, which may affect production efficiency.