Detergent Swatch/Staining Sample Measurement

With the market for detergents being in excess of $65 billion yearly and having virtually limitless growth potential, it is a very competitive market worldwide. Performance and appearance consistency both are highly prized by the consumer, as well as the manufacturers, both large and small.

Test Color of Detergent Swatch and Staining samples

Performance testing of a detergent is typically done on a cotton swatch or other textile sample, which is stained with any number of substances from grass to coffee and tea, put through a wash cycle, and then measured to determine the cleaning power of the detergent. The preferred measurement technique for this application is to use a directional reflectance instrument, preferably diffuse d/8 ° geometry, which allows both specular included and specular excluded measurements.

Measure Color of Detergent Swatches

Many of HunterLab's spectrophotometers are versatile enough to accommodate most applications of color measurement. However, based on 60+ years of experience and a thorough understanding of our customers' needs and product use, these particular instruments are most suited for this industries application.

Vista

NEW Vista spectrophotometer with the unique ability to capture both visible range transmission color and haze with a single measurement is a replacement for ColorQuest XT.

Test Color with VISTA

UltraScan VIS (Diffuse d/8° sphere Geometry, Reflectance and Transmittance, 360-780 nm)

30% of our customers select this instrument for its extended wavelength measurement and its ability to measure both reflected and transmitted color of samples that are transparent to opaque.

Test Color with UltraScan VIS

If you are unsure which instrument type is right for your samples, please call or email HunterLab technical support and we will be happy to assist you in making the proper instrument selection.

AN 1001 ALPHA

Measuring the Water Whiteness of Liquids Using the APHA Index

Measuring the Water Whiteness of Liquids Using the APHA Index.

AN 1002

CIE Standard Observers and calculation of CIE X, Y, Z color values

CIE Standard Observers and calculation of CIE X, Y, Z color values.

AN 1004

Measuring Degrees of Yellowness with Gardner Index

Measuring Degrees of Yellowness with Gardner Index.

AN 1005

Measuring Color using Hunter L, a, b vs CIE 1976 L*a*b*

Measuring Color using Hunter L, a, b vs CIE 1976 L*a*b*.

AN 1013

Averaging in Color Measurement

Averaging in Color Measurement.

AN 1018

Using Hitch Standardization on a Series of Color Measuring Instruments

Using Hitch Standardization on a Series of Color Measuring Instruments.

AN 1031 Identification of Measurement Parameters

Identification of Measurement Parameters

Identification of Measurement Parameters.

AN 1033 Color versus Appearance

Understanding the difference between measuring color and measuring appearance

Understanding the difference between measuring color and measuring appearance.

HunterLab Solution Matrix

Geometry, Measurement Modes, and Indices

Geometry, Measurement Modes, and Indices.

MM 5008 Measuring Opaque Liquids with ColorQuest XE

Measurement method for opaque liquids using the ColorQuest XE, UltraScan PRO, UltraScan VIS

Measurement method for opaque liquids using the ColorQuest XE, UltraScan PRO, UltraScan VIS.

MM 5033 Measuring Opaque Liquids with UltraScan VIS

Measurement method for flat, opaque solids using the UltraScan PRO, UltraScan VIS, or ColorQuest XE

Measurement method for flat, opaque solids using the UltraScan PRO, UltraScan VIS, or ColorQuest XE.

MM 5058 Measuring Opaque Liquids with UltraScan PRO

Measurement method for flat, opaque solids using the UltraScan PRO, UltraScan VIS, or ColorQuest XE

Measurement method for flat, opaque solids using the UltraScan PRO, UltraScan VIS, or ColorQuest XE.