In the organic fertilizer production line, the crushing equipment is the core link of raw material pretreatment, and its selection and operation directly affect production efficiency and cost control. Scientifically matching equipment and raw material characteristics can reduce energy consumption by more than 20% while reducing the risk of downtime due to malfunctions. How to choose scientifically? Today we will tell you through an article.

Characteristics and selection strategies of common organic fertilizer crushing equipment

1. Hammer crusher

Applicable scenarios: high fiber raw materials such as straw and mushroom residue

Technical advantages: Adjustable screen mesh (aperture 1030mm), high chromium alloy hammer head (hardness HRC5862)

Optimization points: Install anti entanglement devices to reduce the probability of straw winding around the axis

2. Chain crusher

Applicable scenarios: high humidity materials such as compacted manure and sludge (with water content ≤ 50%)

Innovative design: Dual axis reverse rotation structure, self-cleaning chain reduces adhesive by 30%

3. Semi wet material crusher

Applicable scenario: Mixed raw materials (containing 40-55% water)

Core function: Dynamic screen anti blocking, dual stage crushing to improve uniformity

When users choose organic fertilizer crusher equipment, they need to make targeted choices based on material characteristics: when the moisture content of the material exceeds 50%, the chain type machine can effectively cope with it due to its special structural design; If the fiber content of the material reaches 30% or more, the hammer type machine is more suitable for the treatment of fiber materials due to its crushing mechanism; For mixed materials with complex components, a semi wet material crusher needs to be selected.

Scientific selection is a key link in organic fertilizer production lines, and reasonable matching of raw material characteristics and equipment performance can significantly improve yield and quality. Enterprises can maximize the economic benefits and environmental value of organic fertilizer production lines, and achieve sustainable development goals.