Bicomponent Nonwoven Fabric

Product Definition:

The Bicomponent nonwoven fabric is made of polypropylene and polyethylene-based particles. After melting at high temperature, the polymer is extruded and stretched to form continuous filaments, and then the filaments are laid into a web through airflow traction, and the fiber web is then processed into a nonwoven fabric through a thermal bonding reinforcement method. The composite spunbond nonwoven fabric skin layer is made of low-melt PE material, and the core layer is made of PP material.

Detailed Product Specifications and Parameters:

Detailed specifications: 50% PP + 50% PE material, can do sesame-shaped rolling point, etc. Specific detailed specifications and parameters.

Product Features: 

The breakthrough use of two-component spunlace reinforcement provides better thermal bonding strength than traditional single-component spunbond fabric. The hydrophilic treatment process has good hydrophilicity and permeability, as smooth and comfortable as silk.

Introduction To The Production Process:

• Polymers (polypropylene + polyethylenes) → large screw high-temperature melt extrusion → filter → metering pump (quantitative delivery) → spinning (spinning inlet up and down stretch suction) → cooling → airflow traction → net curtain into the network → upper and lower pressure roller (pre-reinforcement) → mill hot rolling (reinforcement) → winding → rewinding cloth slitting → weighing and packaging → finished products into the warehouse
• Features: Two-component composite spunbond method of non-woven fabric skin layer using low melt PE material, the core layer using PP material.

Product Application:

A good application in diaper waistband, baby diaper bottom film, food packaging, etc.

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