The textile industry is among the largest industries in the world. With global supply chains and a variety of products that is virtually unlimited, the difference between profitability and going under can be a slight increase in efficiency.
One of the most important aspects of the textile process is using liquid coatings to coat fibers and manipulate their properties. These coatings are carefully formulated, and they usually contain numerous components.
To ensure that yarns, fibers, and fabrics that use liquid coatings get treated correctly, constant attention is required. The composition of the liquid coating must be monitored constantly. This is where NMR technologies such as portable NMR, process NMR, and 60 mhz multinuclear NMR come into play.
The Benefits of Nuclear Magnetic Resonance Technology
So, how does nuclear magnetic resonance help when testing the composition of liquid coatings for textiles? For starters, NMR spectrometers such as 60 mhz multinuclear NMR spectrometers only need a small benchtop space to be used. Unlike traditional methods, which may require skilled chemists and storage of dangerous substances, NMR technology allows for on-the-fly testing.
Furthermore, individuals with little training can operate an NMR spectrometer. The results are consistent and independent of the operator. Most importantly, measurement is fast, allowing for hundreds of samples to be measured each day, which can be the difference between success and failure of a fast-paced textile factory.
In addition to ease of use, the benefits of NMR testing in textile liquid coatings include greater flexibility, higher reproducibility, and all-around better performance. There is virtually no upper or lower limit on the amount of liquid coating that can be tested using NMR spectrometers. In combination, all of these benefits make NMR spectrometers a highly attractive option for testing the contents of liquid coatings. Textile factories can increase their efficiencies using the technology and, in turn, their chances of remaining profitable.
This cutting edge technology is changing the game in many fields, and the textile industry is only one of many to reap the benefits of nuclear magnetic resonance spectrometers. It is no wonder that nuclear magnetic resonance is one of the most useful and popular analytic methods found in modern chemistry. We will all just have to wait and see how this incredible technology will impact the industry in the future.