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Tech Center » Testing Capabilities » Automatic Particle Sizing and Counting
With the help of the Filtrex Compound Microscope, Midbrook is helping companies meet ISO 16232 cleanliness standards. The ISO 16232 requires companies to count all particles over 5 microns in size. Using the advanced technology of the Filtrex compound microscope, Midbrook can assist companies in counting particles 2.5 microns and larger, ensuring that they are in compliance with the ISO 16232 cleanliness standard.
The Filtrex Compound Microscope is one of the most powerful tools available for companies looking to test the cleanliness of their manufactured parts. With the ability to count particles as small as 2.5 microns, the Filtrex Compound Microscope exceeds the ISO 16232 cleanliness standards, allowing companies to test to their parts to unprecedented cleanliness levels.
ISO 16232 is rapidly gaining traction in part cleanliness specifications around the world. Make sure you can meet this new cleaning standard today by contacting Midbrook for our ISO 16232 testing services. Midbrook is the only parts washer manufacturing company in the United States with the equipment and expertise to let you know if your parts are meeting the ISO 16232 cleanliness specification.
Living up to high quality standards, whether generated in house or by customers, often demands the creation of complex reports. If these reports concern counting or measuring particles, contaminants in hydraulic fluid, cleaning fluid, filters, or even the parts themselves – then Midbrook can help you.
Midbrook has a powerful compound microscope required to perform the following tests and then publish the corresponding reports:
Determining the particulate pollution in hydraulic fluids - AIR 1653A Standards.
Filter Expert is designed for fast, accurate, reproducible particle counting on filters and membranes used in industry for inspecting hydraulic fluids/circuits.
A Standard method for identifying and describing actual (in fluid) or target (component specifications) contaminant levels.
Extraction methods, particle sizing and counting by microscopic analysis.