How Copper Briquetting Machines Improve Bulk Density

Optimize Raw Material Pretreatment: The purity and moisture content directly affect bulk density. Remove impurities and foreign objects to prevent them from occupying internal space. Control moisture properly—excessive moisture creates vapor voids, while insufficient moisture reduces particle adhesion. Use drying or humidification to maintain optimal moisture and improve bonding tightness.

Precisely Control Equipment Pressure Parameters: Pressure is a core factor for density. Dynamically adjust pressure based on material characteristics to ensure full action on particles, causing plastic deformation. Insufficient pressure creates voids; excessive pressure risks equipment damage or cracks. Find the optimal range through testing for a stable briquetting process.

Optimize Molding Process Details: A reasonable molding process is crucial. Optimize die structure for uniform material distribution, avoiding accumulation or gaps. Control feeding speed to ensure complete fill without voids. Adjust pressing rhythm to allow sufficient extrusion time, reducing porosity from rapid forming.

Strengthen Equipment Maintenance & Operation: Stable operation is fundamental. Regularly inspect and maintain key components like pressure rollers and dies; replace worn parts promptly. Standardize procedures to ensure stable feeding and continuous pressing, avoiding human error. Maintain cleanliness to prevent impurities from affecting results.