Regular cooling lubricant testing is of great importance for the optimum performance of industrial processes that require the use of cooling lubricants. This testing includes monitoring the chemical composition, concentration, purity and condition of the cooling lubricants.
Various parameters are monitored during cooling lubricant testing. These include the pH value, viscosity, the proportion of lubricants and additives, and contamination with foreign particles or microorganisms. Regular analysis of these parameters makes it possible to detect deterioration or contamination at an early stage and take appropriate action.
The quality of the cooling lubricant influences the performance of machines and tools as well as the surface quality and service life of the machined workpieces. Incorrect concentration, insufficient lubricity or high contamination can lead to problems such as increased wear, poorer surface quality or machine breakdowns.
Maintenance and testing
Regular maintenance and testing of cooling lubricants includes timely removal of waste products, sludge or contaminants to extend lubricant life and maintain machine performance. If necessary, replacement of the cooling lubricant may be required to restore the desired properties.
Careful documentation of the cooling lubricant test is of great importance. All tests carried out, measurement results, measures and changes of the cooling lubricant should be accurately recorded. This enables complete tracking and monitoring of the cooling lubricants and contributes to compliance with regulations and standards.
Suitable analyzers
Qualified personnel and suitable analysis equipment are essential for cooling lubricant testing. Employees should have the necessary expertise and training to perform the tests properly. In some cases, cooperation with external laboratories or testing organizations may be advantageous to ensure an objective assessment of the cooling lubricants.
Overall, cooling lubricant testing is an essential part of industrial maintenance to ensure the performance and reliability of machines and processes. Regular testing, maintenance and timely replacement of cooling lubricants can minimize downtime, extend tool life and improve the quality of machined workpieces.