A full polishing range.
From cutting and one-step correction to final finishing.
Micrometres and Nanometres in Coating Reports: Check the Scale
One micrometre equals one thousand nanometres. Preserve the unit when comparing a film-thickness result with a particle-size statement; the numbers may describe both different scales and different physical quantities.
Updated · NANOLAB Knowledge
The key distinction
A particle dimension does not automatically establish deposited film thickness. The measurement method and sample state remain necessary even after the unit conversion is correct.
Practical checks
- Identify the measured quantity before converting.
- Convert micrometres and nanometres with the correct factor.
- Keep the original method and specimen description beside the result.
Example
Arithmetic example: 0.5 micrometres equals 500 nanometres. It does not follow that a coating containing particles described as 500 nanometres produces a film of that thickness.
Scope and limits
Do not infer durability or layer count from a unit conversion. A suitable method must establish the actual property claimed for the finished coating system.
Related guidance
- Coating Viscosity Reports: Record the Spindle and Speed
- Standard Deviation vs Standard Error in Coating Test Reports
- Coating Data Loggers: Check Clock Alignment Before Correlating Events
- Coating Thickness in Mils: A Mil Is Not a Millimetre
Ask NANOLAB about the exact product and intended use. Use the current product documentation for formulation-specific instructions.
Continue reading
Coating Viscosity Reports: Record the Spindle and Speed
A rotational-viscosity result needs its test conditions. Spindle and speed are part of the method, especially for materials whose response depends on shear.
Standard Deviation vs Standard Error in Coating Test Reports
Distinguish standard deviation from standard error and label coating-test error bars so process variation is not hidden.
Coating Data Loggers: Check Clock Alignment Before Correlating Events
A logger clock that differs from the job record can make an environmental event appear to occur before or after the wrong application stage. Check time alignment before drawing a causal conclusion.