AAMA Updates Guideline for Developing Color Measurement Requirements
AAMA CMR-1-18 was first released in 2016, and was made to accommodate changes made to measurement averaging and color difference equations.
“The CMR document is an excellent resource for identifying the six parameters that need to be called out or specified to properly and clearly measure and compare color,” says Doug Holmberg of Wausau Window and Wall Systems, and co-chair of the AAMA Finishes Steering Committee. “This is important for both matching colors and measuring the amount of color change over time. Although the document was originally published in 2016, once in use and after additional research, the Finishes Steering Committee felt it was a good time to update the document.”
In addition to changes made to the document, a note was added to reference a visual correlation study conducted in 2016, the data from which did not provide a compelling reason to change from the Hunter color space in the documents referencing it.
Understanding and correctly stating the parameters related to color measurements may allow for a more complete and correct measurement and interpretation of results. Per the standard, when color measurements are required, refer to ASTM E805 for the procedures to perform the measurements and ASTM D2244 for the equations to calculate color differences.
AAMA CMR-1-18, as well as other AAMA documents, may be purchased from AAMA’s online store. Visit https://aamanet.org.
Related Content
-
Pulling Out All the Stops
Evolving coatings and finishes for automotive brake components.
-
A Smooth Transition from One Anodizing Process to Another
Knowing when to switch from chromic acid anodizing to thin film sulfuric acid anodizing is important. Learn about why the change should be considered and the challenges in doing so.
-
Products Finishing Reveals 2024 Qualifying Top Shops
PF reveals the qualifying shops in its annual Top Shops Benchmarking Survey — a program designed to offer shops insights into their overall performance in the industry.