What are the physical properties of embossed non-woven fabrics? Such as tensile strength, tear strength, wear resistance, etc.

The physical properties of embossed nonwovens fabric usually depend on factors such as their manufacturing process, raw material selection, and post-processing. Generally speaking, embossed non-woven fabrics have the following physical performance characteristics:

Tensile strength: Embossed non-woven fabrics usually have good tensile strength and can withstand a certain degree of tensile force without breaking easily. The tensile strength depends on factors such as fiber quality and fabric structural density.

Tear strength: Embossed non-woven fabrics also have high tear strength and are able to resist tearing or pulling forces during use. The improvement of tear strength is mainly related to the selection of fiber and the structure of the fabric.

Wear resistance: Embossed non-woven fabrics generally have good wear resistance and can withstand friction and wear without being easily worn or damaged. The improvement of wear resistance is closely related to factors such as fiber selection, fabric density and surface treatment.

Pressure resistance: Embossed non-woven fabrics have certain pressure resistance and can maintain shape and stability when subjected to certain pressure or extrusion.

Stretch resistance: Embossed non-woven fabrics can maintain their original shape and structure when subjected to tensile force, and are not easily deformed or have small deformation.

Tear resistance: Embossed non-woven fabrics can maintain their integrity when subjected to tearing or pulling force and are not prone to tearing or rupture.

Embossed non-woven fabrics usually have good physical properties, including tensile strength, tear strength, abrasion resistance, etc., and can meet the needs of different application scenarios, such as home decoration, clothing, luggage and other fields.