Tews: Moisture Control in the Viscose Manufacturing Process

Effective moisture measurement is crucial in fiber and viscose manufacturing, directly impacting product quality. From a market valued at USD 15,490 million in 2022, and expected to grow to USD 20,520 million by 2028, with a Compound Annual Growth Rate (CAGR) of 4.8%, challenges like moisture variability and inaccurate results can negatively affect quality and costs.

Consistent moisture control is essential throughout production—from cellulose dissolution to fiber spinning—to maintain uniform properties. TEWS Solutions' Microwave Resonance Technology ensures precise in-line moisture measurements, enhancing fiber stability and quality by controlling moisture in raw materials, and post-drying.

Viscose fibers are natural, biodegradable, and made from wood or cotton pulp. Versatile and flexible, this material is used in garments, home textiles, and more. Viscose leads the man-made cellulose fibers market, accounting for 79% of production.

By embracing innovation and sustainability, the viscose fiber industry can strengthen its position as a versatile, eco-friendly choice. Contact TEWS today to optimize moisture precision in your fiber production and saving energy ensuring superior quality and increasing your market value.

TEWS Solutions

Benefits

Obtain accurate moisture levels to ensure product properties and quality throughout the process.
Real-time data during/after the drying process to avoid unstable moisture levels for further processing.
Minimize microbial growth or mold in the product by controlling moisture level to protect the fiber quality.
100 % inline control for time-saving
Continuous quality control.

Microwave Resonance

Main Advantages

	MOISTURE & DENSITY Independent moisture and bulk density measurements of the fiber / viscose bales in one step.
	HIGH ACCURACY Penetration of the product core independent of color, size, shape, or the origin of the product. Provide real-time data for the whole bale or product in the conveyor belt.
	EASY TO OPERATE Free of wear and tear, low maintenance. Easy integration in the process.
	HIGH-SPEED Direct measurement during product flow, also under high-speed conditions.