HPCP Testing Adds Color and Gloss Measurement
The International Executive Housekeepers Association (IEHA) and the University of Massachusetts Lowell TURI lab have announced that performance analysis during the IEHA/TURI High Performance Cleaning Product (HPCP) testing program will be enhanced through use of the BYK-Gardner Spectro-Guide to measure the color and gloss of surfaces before and after cleaning.
According to Jason Marshall, UMass Lowell TURI Lab Director: “The BYK-Gardner Spectro-Guide is used at TURI to enable scientific and repeatable visual analysis of color and gloss, which are impacted by cleaning processes. Five initial measurements are made on the substrate or surface to get a baseline before the test soil or stain is applied. Then five more readings are made per substrate to quantify the effect of the soiling. Test surfaces are then cleaned and measured again to determine how well the cleaning agent performed.”
“This technology is just another example of how the IEHA-TURI product testing program will help the cleaning industry to quantify performance outcomes,” said Beth Risinger, CEO and Executive Director of IEHA. “It’s another way to apply measurement science to aid our members and others in making science-based product selections without marketing bias or subjective assessments.”
“Precise color and gloss measurements are a way to remove the human eye and subjective judgment from the evaluation process, allowing more consistent results,” added Marshall.
The UML TURI lab will use the Spectro-Guide along with the following test protocols among others:
• D 4488 Standard Guide for Testing Cleaning Performance of Products Intended for Use on Resilient Flooring and Washable Walls
• D 3206 Standard Test Method for Soil Resistance of Floor Polishes
• D 5343 Standard Guide for Evaluating Cleaning Performance of Ceramic Tile Cleaners
• DCC 17 Greasy Soil Test Method for Evaluating Spray-and-Wipe Cleaners Used on Hard, Non-Glossy Surfaces
IEHA plans to utilize the results of these findings and others as part of its High Performance Cleaning Product (HPCP) determinations and to augment the IEHA Field Test.
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