Spunlace Medical Nonwoven

Specifications

Spunlace Medical Nonwoven

PROPERTIES OF SPUNLACED FABRICS

Spunlaced fabrics show high drape, softness and comfortable handle because more fiber entanglement leads to increased strength without an increase in shear modulus. It has also been shown that there is a relationship between absorbency capacity and hydroentangling energy used. An increase of hydroentangling energy results in a decrease of absorbency capacity and absorbency rate. Shear modulus remains low and is virtually independent of the degree of entanglement. The softness of the fabric is explained by the fact that the entangled structures are more compressible than bonded ones, as well as having mobility and partial alignment of fibers in the thickness direction. The absence of a binder is seen to result in a fabric with yarn-like fabric intersections composed of "pseudoyarns". The pseudoyarns are "more highly intereconnected than yarns of conventional fabrics because individual fibers can migrate from one pseudoyarn to another. This tends to stabilize the intersection". This pseudoyarn structure seems to be the reason for good dimensional stability, which is also accountable for drape.

Softness, and good strength/weight properties of the fabric, pilling and abrasion behavior.

The strength of hydroentangled fabrics is lower than that of woven and higher than that of knitted fabrics, whereas the wash durability is considerably lower than that of woven or knitted fabrics.

About Us

Our company is a professional manufacturer of spunlace nonwoven fabrics and the related finished final products,We passed the HACCP and ISO9001:2008 certifiction.

We introduced 3 advanced production lines and we have 11 technicians with 15 years' experience; with the state-of-art technology and experience, we produce 12,000 tons of quality spun laced nonwoven fabrics each year.

Features:.

• Incomparable web quality and consistency;
• Continuous and automatic optimization of MD and CD evenness;
• Web density control through continuous monitoring yields accuracy of weight distribution in both directions in the final product;
• State-of-the-art web formation yields optimum fiber distribution and orientation for enhanced product performance;

Specification: