Views: 0 Author: Site Editor Publish Time: 2026-03-26 Origin: Site
Use a symmetric air duct structure to ensure equal air pressure and air volume on both sides.
Install an air equalization chamber to stabilize airflow and eliminate turbulence.
Use adjustable air baffles to finely balance air volume in different zones.
Avoid sharp bends or sudden diameter changes in ducts that cause local airflow loss.
Arrange vent holes in a uniform matrix across the full width of the cooling section.
Keep hole diameter, spacing, and opening rate consistent to avoid local strong or weak airflow.
Use appropriate hole size to prevent material leakage while ensuring ventilation efficiency.
Regularly clean blocked holes to maintain consistent air permeability.
Use high-quality, stable-speed fans with consistent air pressure and air volume.
Equip with frequency converters to precisely adjust air volume according to production needs.
Ensure the fan installation is centered to avoid biased airflow.
Regularly check fan blades, bearings, and motors to maintain stable operation.
Seal the side panels, inspection doors, and joints to avoid air loss.
Maintain proper internal pressure to ensure air passes evenly through the material layer.
Avoid excessive gaps that cause air to escape from the sides instead of passing through the belt.
Use a uniform distribution device to ensure consistent material thickness across the belt.
Avoid material accumulation on one side or local bulges.
Control feeding speed and stability to maintain a smooth material layer.
Clean the air ducts, vents, and filters regularly to remove powder accumulation.
Inspect and replace worn seals to maintain good sealing performance.
Calibrate air baffles and check fan balance to ensure long-term stability.
Symmetric air duct and equalization chamber design
Uniform vent hole arrangement across the full belt width
Stable fan and frequency control system
Good overall sealing and pressure maintenance
Uniform material distribution structure
Easy cleaning and maintenance design