Fertilizer production equipment info

Material sticking to the rollers is a common problem during the operation of a double-roller press granulator . This can lead to uneven granule formation, reduced equipment capacity, and in severe cases, damage to the rollers and blockage of the feed port, affecting production continuity. Roller sticking is often related to material characteristics, equipment parameters, and operating procedures. Targeted treatment measures should be taken, along with proactive prevention, balancing treatment efficiency and equipment maintenance. To address roller sticking, the machine should be stopped and cleaned to avoid damaging the roller surface with harsh scraping. A combination of physical and chemical cleaning methods can be used: physically, use a soft brush or wooden scraper to remove adhering material from the roller surface. If the adhesion is strong, warm water can be used to soak the material before cleaning. Metal tools are strictly prohibited. Chemically, for non-corrosive materials, a...

NPK compound fertilizers, which provide a balance of nitrogen, phosphorus, and potassium nutrients and are suitable for the growth needs of various crops, have become the mainstream fertilizer in modern agriculture. Their production line process is rigorous, with each step relying on specialized equipment. The core, indispensable NPK fertilizer production equipment revolves around five major stages: raw material processing, mixing, granulation, drying and cooling, and finished product handling, ensuring efficient production and qualified products. Raw material processing equipment is the starting point of the production line, centered around crushing equipment and an automatic batching system. NPK raw materials are often in block form and need to be crushed by a crusher to a uniform fineness to prevent clumping and ensure effective mixing; the automatic batching system precisely controls the proportions of nitrogen, phosphorus, potassium, and auxiliary materials, which is crucial for ...

In the context of the rapid development of precision agriculture, BB fertilizers (blended fertilizers) have become a mainstream fertilizer type due to their flexible nutrient combinations and strong adaptability. BB fertilizer production line s, with their core characteristics of intelligence and high efficiency, have become key equipment for promoting the upgrading of the fertilizer industry and assisting in improving the quality and efficiency of agriculture, possessing both technological advantages and market value. Precision and controllability are the core highlights of BB fertilizer production line s. The production line relies on a PLC control system and high-precision weighing equipment to achieve independent metering and precise proportioning of multiple raw materials, with a mixing error controllable within ±0.1%, effectively solving the problems of nutrient deviation and uneven mixing in traditional production. At the same time, the system can store dozens or even hundreds o...

Under the guidance of agricultural modernization and policies aimed at reducing fertilizer use while increasing efficiency, choosing suitable fertilizer production equipment has become crucial for companies to gain a competitive edge. BB fertilizer (blended fertilizer) production line s, with their core advantages of flexible processes, controllable costs, and wide adaptability, have become the preferred choice for small and medium-sized manufacturers undergoing transformation and large enterprises expanding production.  Their value lies in their ability to meet agricultural needs while balancing profitability and development potential. The primary advantage of choosing a BB fertilizer production line is its simple process and controllable costs, making it more accessible and better suited to market demands. Compared to the complex chemical reaction processes of compound fertilizer production lines, BB fertilizer production lines are based on physical blending, eliminating the nee...

During the granulation process of NPK compound fertilizer production line s, various problems can arise due to factors such as raw material characteristics, operating procedures, and equipment maintenance, directly affecting the quality of fertilizer granules and production efficiency. This article summarizes four common problems with granulation machines and, considering the diverse NPK fertilizer formulations and the need to prevent nutrient loss, provides simple and easy-to-implement solutions to help farmers and fertilizer plants achieve efficient production. Uneven and inconsistent granule size is the most common problem, often caused by improper raw material matching or unreasonable parameter adjustments. The moisture content of NPK mixed raw materials needs to be controlled between 15% and 25%.  Too high moisture content can lead to clumping and oversized granules, while too low moisture content makes granulation difficult.  Simultaneously, extrusion granulators require...

NPK compound fertilizers, due to their diverse formulas and balanced nutrients, have become a core fertilizer in agricultural production. The granulation method directly determines the uniformity, strength, and nutrient retention rate of the fertilizer particles. Currently, there are three mainstream granulation methods for NPK fertilizer granulator machines on the market, suitable for different production scales, raw material characteristics, and finished product requirements. Choosing the right method can significantly improve production efficiency and reduce operating costs. Extrusion granulation is the preferred method for small and medium-sized NPK fertilizer plants and farmers. This method does not require the addition of large amounts of binders. It relies on the high-pressure extrusion between the granulator rollers and the granulation chamber to compress the NPK mixture into granules. The process is simple, energy-efficient, and maximizes nutrient retention. It is suitable fo...