News

Drying equipment is a commonly used equipment in fertilizer production line, as fertilizers must remove excess moisture before packaging in order to facilitate subsequent packaging and storage. In the entire organic fertilizer production line, the organic fertilizer dryer can be considered as one of the large-scale equipment. Whether in terms of equipment appearance or energy consumption, it plays a crucial role. Therefore, improving the working efficiency of the drying equipment is very important for energy conservation and yield increase in fertilizer production. So how to improve the drying efficiency of organic fertilizer dryer? Of course, it is best to fully…

Organic fertilizer equipment is one of the indispensable and crucial devices in modern agricultural production. With increasing emphasis on environmental protection and sustainable development, the production and application of organic fertilizers have gradually garnered widespread attention and promotion. As the core equipment for organic fertilizer production, its importance is self-evident. First, lets understand the definition and classification of organic fertilizer equipment. Organic fertilizer equipment refers to production machinery used to process organic materials such as organic waste and animal/plant residues into organic fertilizers. Depending on their functions and purposes, organic fertilizer equipment can be categorized into various types, including composting equipment,…

Reciprocating Screening Machine Core Definition & Terminology A reciprocating screening machine, also known as a reciprocating sifter or linear reciprocating screen, is an industrial equipment designed for particle size classification, impurity screening, or product grading of solid materials. It achieves material separation through the linear reciprocating motion of the screen body, and is widely used in the material separation processes of fertilizer, mineral, grain, and other industries. Reciprocating Screening Machine Working Principle The working principle of a reciprocating screening machine is based on converting circular motion into linear reciprocating motion to drive material separation, which can be divided into three…

A Resin Fertilizer Coating Production Line Resin Fertilizer Coating Production Line is an industrial system that coats fertilizer granules with resin materials (e.g., polyurethane, acrylic resin) to form a uniform film, ultimately producing slow-release or controlled-release fertilizers that regulate nutrient release. Resin Fertilizer Coating Production Line Core Function Its key role is to solve the problem of rapid nutrient loss from traditional fertilizers. By wrapping fertilizer granules in a resin film, it controls the rate of nutrient release (from 1 to 12 months) to match the nutrient needs of crops throughout their growth cycle. Resin Fertilizer Coating Production Line Simplified Working Process…

Humic Acid Coating Production Line Term & Core Definition English Standard Name: Humic Acid Coating Production Line Industry Common Abbreviations: Humic Acid Coating Equipment Line; Humic Acid Fertilizer Coating Production Line A Humic Acid Coating Production Line refers to a set of integrated industrial equipment specifically designed for coating granular fertilizers (including compound fertilizers, organic fertilizers, and slow-release fertilizers) with a humic acid-based film. Its core function is to form a uniform, water-soluble coating on the surface of fertilizer particles, thereby improving fertilizer performance, extending the nutrient release cycle, and enhancing soil adaptability. This production line integrates multiple processes such…

A Polyurethane Coating Production Line is an automated, integrated industrial system designed to manufacture polyurethane (PU) coatings through a series of sequential, precision-controlled processes. It converts raw materials—including polyurethane resin, isocyanate hardeners, solvents, pigments, fillers, and functional additives—into high-performance finished coatings with properties like wear resistance, corrosion protection, weatherability, and strong adhesion. Polyurethane Coating Production Line Core Processes It typically includes 7 key steps: Raw material storage & metering (precision batching per formula) Premixing (blending resin, solvents, and additives to form a uniform base) Dispersion (breaking up pigment/filler agglomerates via high-speed shear force) Grinding (refining particle size to 10-50μm with sand mills/bead mills)…

A Urea formaldehyde fertilizer coating production line is a specialized industrial system engineered for surface modification of urea-formaldehyde resin-based fertilizers. Its primary function is to deposit a uniform, controlled-release film on the surface of UF fertilizer particles, thereby regulating nutrient release kinetics, extending fertilizer efficacy duration, and minimizing nutrient losses such as nitrogen volatilization and leaching. As a core production facility for high-value-added controlled-release fertilizers, it plays a pivotal role in modern precision agriculture. Urea formaldehyde fertilizer coating production line Core Components & Process Flow The production line integrates material pretreatment, coating, drying, curing, and post-processing modules, featuring a modular…

A sulfur coating production line is a specialized continuous manufacturing system designed to coat fertilizer particles (usually urea or compound fertilizer) with a sulfur-based film. Its core purpose is to produce controlled-release fertilizers, extending nutrient release time and improving fertilizer utilization efficiency. Sulfur coating production line Core Functions Uniformly coat sulfur onto the surface of fertilizer particles to form a dense, water-resistant film. Adjust the thickness of the sulfur coating to control the nutrient release rate, matching the growth cycle of crops. Enhance the stability of fertilizers, reducing nutrient loss caused by leaching, volatilization, or denitrification. Sulfur coating production line…

A Liquid Fertilizer Production Line is a systematic, automated manufacturing system designed to convert organic/inorganic raw materials into liquid fertilizers (including water-soluble fertilizers, foliar fertilizers, and bio-liquid fertilizers) through processes like mixing, dissolving, fermenting, filtering, and filling. It integrates multiple specialized equipment to achieve continuous, standardized production, ensuring the final product meets nutrient content, solubility, and safety requirements for agricultural application. Core Definitions & Functional Orientation 1. Key Definition It is a modular production system that processes raw materials (e.g., organic waste, chemical nutrients, microbial agents) into liquid-form fertilizers with precise nutrient ratios, enabling direct application via irrigation systems (drip, sprinkler) or…