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Wool Moisture

Efficient Moisture Control

Wool is also vulnerable to dry air, although it is slightly more tolerant and needs humidity levels of approximately 3%. Similarly, man-made fibers necessitate the appropriate, albeit lower, humidity level as they become susceptible to static electricity buildup when the humidity drops below 2-2.5%. Silk, on the other hand, should be handled at a humidity range of 3-4%, while artificial silk spinning requires a higher humidity level of around 4%.

The production of wool, yarn, and textiles involves essential multi-step processes. It is essential to precisely control moisture levels within many of these steps, such as carbonizing and other finishing operations, and the drying operations that follow washing, scouring, and stock dying. Failure to do so may result in product and raw material waste, rework, decreased productivity, and increased production costs. Are you currently measuring wool moisture during the production process? MoistTech has top-of-the-line solutions!

Compare MoistTech to Competition

non-contact

Our equipment never comes into contact with the product, allowing for less waste

zero drift

Our sensors are guaranteed not to drift over time – which saves time and money

closed loop

Create a closed-loop process by tying a moisture sensor into your PLC. Full control over the line!

no recalibrations

We’ve mastered the art of moisture sensors – your unit will never need to be recalibrated for the same product twice!

What is the Solution?

Usage opportunities increase when you consider the capability of the IR-3000 to measure water, solvent based coating thickness and monitor temperature—as required in washing, scouring, and carbonizing. There are many key processes in wool production where you will find the wool moisture sensor to be essential.

The MoistTech IR-3000’s non-drift optical design permits non-contact continuous process monitoring and control so that process variation can be detected and adjusted in real time. Typical moisture accuracy is about ± 0.05%, with coating accuracy varying from 0.1 to 0.01 micron, depending on the coating type. Typical analog range is 0-10% moisture. The outputs can be adjusted to optimize PLC or recording requirements.

Assess

Locate the point in the production process in which measuring moisture will be the most crucial and beneficial. Identify how you will use the moisture measurement data for improvements and if it will tie into your PLC.

Remember this could involve more than one installation point!

Contact

We offer service and support throughout the world for our moisture measurement sensors and would be happy to connect you with a rep in your area. Contact us today for more information!