1. Severe Equipment Damage

The main bearings, gears, and main shaft of the fertilizer roller press granualtor are prone to fracturing under overload; the roller shells experience rapid wear, and the pressure rollers may deform. Furthermore, the motor risks overheating and burning out, the reducer gears may strip, and critical components throughout the entire production line face premature obsolescence.

2. Extremely Poor Granule Quality

The granules become loose and prone to severe powdering, failing to meet required strength standards. Issues such as uneven size, flattened granules, and fragmentation arise, leading to a drastic decline in the finished product pass rate and an increase in the rework rate.

3. Frequent Clogging and Downtime

Excessive feeding leads to blockages in the extrusion chamber and screening section, causing the entire fertilizer roller press granualtor production line to seize up and shut down. The subsequent cleaning process is time-consuming and labor-intensive, severely compromising production efficiency.

4. Motor and Electrical Faults

Current levels exceed safe limits, resulting in frequent circuit tripping. Components such as frequency converters and wiring overheat, potentially triggering safety hazards such as short circuits and fires.

5. Transmission System Failure

Chains and belts may slip or snap under overload conditions, and couplings may sustain damage. This causes sudden, unscheduled shutdowns of the production line and poses a risk of injury to personnel.

6. Drastically Reduced Overall Service Life

Prolonged operation under overload conditions causes deformation of the machine frame and cracking of welded joints, resulting in a loss of equipment precision. Consequently, long-term maintenance and repair costs become prohibitively high.

In short: while it may appear to yield high output in the short term, operating under overload conditions ultimately results in equipment destruction, compromised quality, increased accidents, and higher financial expenditure in the long run.