High-purity graphite mold cleaning is a crucial process in the maintenance of graphite molds and also a bottleneck in their upkeep. Since the speed of graphite mold manufacturing and development far outpaces the cleaning process, the molds are quickly cleaned and then immediately prepared for the next production cycle, leaving very limited time for cleaning. Below, let's discuss what to pay attention to during the cleaning process:

Standardized Cleaning Procedures: Systematic maintenance of graphite molds is based on maintenance requirements and the continuity of repair operations. To achieve the "cost-effective" goal, attention should be given to: developing a detailed cleaning plan for graphite molds. Different cleaning methods are employed depending on the specific areas of the graphite mold being cleaned, such as internal press cleaning, edge wiping, routine cleaning, and main section cleaning.

After a certain cycle of operation for the graphite molds, and following tests for appearance such as electroplating wear, track markings, and residue content in the vented and unventilated areas, technicians can determine the cleaning procedures and frequency for the graphite molds through visual inspections. Therefore, it is crucial to understand the cycle for safe operation of the graphite molds and to archive reports on the accumulation of residues inside the molds and the degree of wear.

Graphite molds have a certain operational lifespan, and all graphite molds should be accompanied by relevant maintenance procedures and documentation of maintenance cycles. Generally, controlling the internal oil level and the operation of gears, sliders, internal pins and bushes, as well as other moving parts, is crucial for stable production. Other factors affecting production include contamination or blockage of the water intake line and water spray drinking ports, leaks in tees, and rust and corrosion caused by leaks or condensation.