From manual cleaning to the current pneumatic steel mesh cleaning machine and water-based steel mesh cleaning machine combined with specialized cleaning equipment, steel mesh cleaning has evolved into an industry-oriented, efficient, energy-saving, environmentally friendly, safe, and reliable application direction and development. This application better meets the cleaning needs of manufacturers and the requirements of energy conservation, environmental protection, and sustainable scientific development in society, ensuring a more safe, reliable, and user-friendly operating mode while meeting the technical indicators of production.
With the increasing prevalence of water-based cleaning technology, many manufacturers have chosen to use water-based cleaning agents for steel mesh cleaning. The original pneumatic spray cleaning machine for red glue printing plates, when solvent is used for cleaning, can quickly evaporate due to the characteristics of the solvent, achieving rapid drying of the steel mesh after cleaning. For solder paste steel mesh cleaning, using water-based cleaning agents combined with water-based steel mesh cleaning machines can achieve fully automatic operation without manual assistance, integrating cleaning, immersion, and drying into one process, thus achieving a complete water-based cleaning process for the steel mesh. Not only can it clean the residues on the steel mesh thoroughly, but it can also control the consumption of water-based cleaning agents during operation, reducing cleaning costs. Water-based cleaning agents can be reused, greatly saving the amount of cleaning agents used.
Silman Tech Steel Mesh Cleaning Machine
For solder paste printing plate cleaning, it is essential to truly maintain the performance of water-based cleaning agents, thoroughly clean the residues on the steel mesh, and reduce the pollution and consumption of immersion water by water-based cleaning agents to truly improve efficiency, reduce costs, and achieve a complete water-based cleaning process. If the fully automatic steel mesh cleaning machine does not undergo immersion but completes drying directly, it cannot achieve the drying of the steel mesh from the basic principle. Only through the immersion of water, can the residual cleaning agent be replaced with clean water from the mesh, and then drying can be completed, allowing drying to only remove the residual water on the mesh, not the cleaning agent, thereby truly achieving clean and dry mesh cleaning.