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. (Sarasota, Fla., U.S.) a global company in moisture measurement and control, highlights its IR3000 series moisture sensors for the textile and nonwoven industries, as well as for use in the production and quality control of fiber-reinforced composites. The near infrared (NIR) sensors are said to offer optimal accuracy and reliability in moisture analysis, significantly enhancing product quality, productivity and energy efficiency throughout manufacturing processes.

IR3000 series sensors provide instant, continuous moisture measurement, the company reports, enabling manufacturers to maintain precise control over moisture content from fiber production to finished fabrics. Many fabrics rapidly absorb and release moisture due to their hygroscopic nature. Consequently, the water context of a fabric greatly affects its physical properties, including length, dimension, strength, elasticity and electrical resistance.

One of the key advantages of the IR3000 series is its ability to measure moisture in a wide range of materials, including natural fibers like cotton and wool, synthetic fibers and blended fabrics. In industries where mold is a concern, particularly in the cotton ginning sector, the IR3000 effectively maintains moisture content below 8%.

The IR3000’s noncontact design enables continuous operation without interfering with the manufacturing process, minimizing contamination and maintenance requirements. This feature is said to be particularly beneficial in high-speed textile production environments where continuous monitoring is essential.

In addition, MoistTech’s NIR technology ensures that the IR3000 sensors deliver true, repeatable results year after year with minimal maintenance. Pre-calibrated at the factory, MoistTech claims that these sensors are guaranteed to maintain their accuracy without drifting or requiring recalibration, unlike competing technologies that often necessitate frequent adjustments.

Furthermore, the IR3000 series is designed for easy integration into existing production lines, ensuring real-time adjustments based on moisture data. This capability enables manufacturers to maintain consistent product quality and optimize production efficiency.