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Standards
ASTM D1316 is an ASTM international standard specification for the fineness of grind testing of printing inks using a grindometer.
Oversized particles in your printing ink can damage a printing plate, plug a cell, clog a nozzle or affect the appearance of a printed ink film.
Fineness of grind testing makes sure that your pigment particles are consistent. It can also help to check that a test material meets the agreed specification. When you use an NPIRI grindometer you’ll develop a cost efficient fineness of grind testing process for your printing inks.
The ASTM D1316 test method suits any dispersion that’s fine enough to fall within the 0 to 25 μm range of the specified grind gauge. With a minor variation in procedure, it’s applicable to both paste (nonvolatile) and liquid (volatile) inks.
If you make coatings and inks, or simply test them during a production process, then fineness of grind testing is essential. It’s a simple yet effective way to measure the uniformity of pigment particles they contain. For more information on our fineness of grind testing range, check out the page here.
So, how can Industrial Physics improve your ASTM D1316 testing?
Industrial Physics grindometers and fineness of grind gauges are precision instruments that determine particle size and fineness of many materials like paints, lacquers, pigments, filler or even chocolate!
We make a variety of different grindometers to suit all manner of testing standards and applications including ASTM D1316. The TQC Sheen automated fineness of grind gauge scanner gives you perfect particle dispersion readings.
In the collection we also have the TQC wide groove grindometer and ASTM D1316 testing accessories including our beveled scraper.
Your global test and measurement partner for ASTM D1316
TQC Sheen Grindometers measure the particle size and fineness of grind in paints, inks, pigments, and coatings, helping coatings laboratories, ink producers, and R&D teams confirm dispersion quality before a batch moves on. Available in single, double, and wide-groove models with ranges from 0-15 µm to 0-500 µm and 2 µm accuracy.
TQC Grindo meters are suitable for use with the the state-of-the-art TIDAS system. This automated finess of grind gauge scanner is supplied by Labman How to read a hegman grind gauge The system works to objectively rate the particle dispersion in materials such as paints, lacquers, pigments, filler and chocolate. TIDAS differentiate between air bubbles and true…
Grindometer DIN-ISO Measuring range as desired (between 0-5000µm) Double groove, 2x12 mm wide
Precision-crafted stainless steel replacement scrapers for TQC Sheen Grindometers.
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