D-TEX is pleased to announce the introduction of its PVC dotted spunlace nonwoven material, a functional enhancement developed to meet the growing demand for better control, stability, and user experience in cleaning and wiping applications.
Built on a traditional spunlace nonwoven base, this material integrates a soft PVC dot coating technology that increases surface friction without compromising softness or absorbency. Unlike rigid plastic coatings, the PVC dots feature a slightly elastic texture, allowing the material to remain flexible and comfortable during use while delivering reliable anti-slip performance.
One of the key advantages of this new material lies in its customizable base fabric options. The spunlace substrate can be produced using different fiber compositions, including viscose and polyester blends, enabling precise adjustment of absorbency, strength, and hand feel. This flexibility allows the material to be adapted to a wide range of cleaning requirements, from light household wiping to more demanding professional applications.
From a technology perspective, the PVC dot coating is applied through a controlled process that ensures consistent distribution and strong bonding with the base fabric. This design improves grip during wiping, helps prevent slipping on smooth or wet surfaces, and enhances overall handling stability, especially in high-frequency or repetitive cleaning tasks.
In terms of application, the PVC dotted spunlace material is well suited for household and civil cleaning, as well as selected industrial and commercial uses. Typical applications include cleaning wipes requiring improved grip, surface and floor cleaning substrates, and wiping materials used in environments where control and stability are essential.
With the launch of this material, D-TEX further expands its spunlace nonwoven material matrix, offering customers not only standard and embossed options, but also functional anti-slip solutions. This development reflects D-TEX’s ongoing focus on material innovation, application-driven design, and flexible manufacturing capabilities to support diverse global markets.
