1.Significantly reduce production costs
· Solvent recycling and reuse: Organic solvents used in the printing process (such as ethyl acetate, isopropanol, toluene, etc.) typically account for a significant proportion of total costs. Through distillation purification, recycling machines can recover 95% of used mixed solvents, significantly reducing the need for new solvent procurement.
· Reduce waste disposal costs: Waste solvents are classified as hazardous waste, incurring high disposal expenses (typically several times the recycling cost). Recycling reduces the volume of waste liquid, directly lowering hazardous waste disposal costs.
2. Ensuring production safety and stability
Reduce hazardous material inventory: Recycling solvents allows for immediate reuse, decreasing on-site storage and minimizing risks such as fires and explosions.
Stable supply: Prevent solvent shortages caused by fluctuations in external supply chains to ensure production continuity.
3. Improve production efficiency and quality
· On-the-spot recycling: The purified solvent can reach over 95% purity after recycling and be directly used for ink formulation or printing plate cleaning, reducing printing quality issues caused by solvent batch variations.
· Automated operation: Modern recycling machines feature high automation levels and can be integrated with printing production lines, reducing manual intervention and enhancing overall efficiency.
For plastic printing enterprises, solvent recovery machines are not only essential for environmental compliance but also a key investment for cost reduction, efficiency improvement, and competitiveness enhancement. By recycling resources, enterprises
