The Perfect Jeans: Integrating Spectrophotometric Analysis in Denim Manufacturing

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Posted on September 4, 2015

Jeans have come a long way from their humble beginnings. Originally designed by Jacob David in 1871, this wardrobe staple was developed to stand up to the demands of miners and cowboys who used and abused their clothing in harsh environments. By the late 1990s, premium denim emerged to set a new standard for jeans in terms of material, cut, and color, leading more affordable denim manufacturers to step up their game to compete with high end products.1 Today, expectations across all segments of the denim apparel industry are higher than ever, requiring careful attention to detail and responsiveness to rapidly changing trends amongst major players and artisanal designers alike. The color measuring abilities of spectrophotometric instrumentation can give you the ability to manufacture the best products possible and stay ahead of the competition.

 

Spectrophotometric Analysis During Development and Production

Spectrophotometers are critical to the development of denim dyeing and processing methods to give jeans their desired appearance. Not only does the initial dye color have to be visually pleasing, but the jeans have to stand up to washing and wear and tear over time, often requiring testing to ensure color fastness. Spectral analysis allows you to precisely identify color changes as the result of both manufacturing processes and external stressors to develop an ideal dyeing and processing formula.2 Once a formula has been perfected, the data provided by the spectrophotometric instrumentation can be used to set the benchmark for future production, allowing for monitoring of color against the standard. By integrating an in-line, non-contact apparatus such as HunterLab’s SpectraTrend HT in the production line, operators receive instant feedback regarding denim pigmentation. Typically, spectrophotometric instruments are mounted over the yarn ropes as they exit the dyeing range, ensuring consistent color of the material before weaving and allowing for corrective action to be taken before defective material undergoes additional costly processing.

Today’s sophisticated denims often receive additional finishing once woven, such as washing, brushing, singeing, sandblasting, bleaching, and drying. These processes are vital to creating the signature look of a particular style or brand and give jeans the special aesthetic qualities your customers are seeking.3Spectrophotometric analysis of the finished product can be undertaken as the final quality assurance step to ensure that the color falls within your personal tolerance for pigment variation. The precision of instruments like the SpectraTrend HT allows identical measurement to occur across manufacturing locations, establishing consistency not only within a particular production line but between all lines. True, predictable color production enables customers to receive exactly what they want and is particularly important for customers ordering online, without the benefit of in-person visual inspection. If a customer falls in love with a pair of jeans, you want to be sure that they can find a virtually identical product easily.

Full article with photos available here:

https://www.hunterlab.com/blog/color-measurement-2/the-perfect-jeans-integrating-spectrophotometric-analysis-in-denim-manufacturing/

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