Material: Adapted sheath-core structure, the component of the sheath is polyethylene and the core is polypropylene
Basis Weight: 12 – 150gsm
Max Width: 3.3m (can be split)
Melting Point: the melting point of the sheath is around 130 centigrade;
Colors: Different Colors Available (Original color is white. You should pay extra money if you need to the special color)
Roll length: According to Customers' Request
Payment: T/T (30% deposite) or L/C sight
Deliver Lead Time: Within 20 Days
Price Terms: FOB Shanghai or Ningbo
Outer Packing: Plastic Compound Bag
The price is valid for 15 days
Characteristics: The products inherited the advantages of the traditional textile methods and also developed it. Sheath-core bicomponent fibers are those fibers where one of the components (core) is fully surrounded by the second component (sheath). The filament fibers are bonded together by hot thermally calendaring. This largely increased the softness and tensile strength.

The properties;
1. Silk-like hand feeling;
2. Good laminating properties;
3. Excellent hydrophobic properties;
4. Non-toxic, non-stimulated, can effectively protect the human skin.

Softness:
The sheath of the sheath-core bicomponent nonwovens is polyethylene. It has lower melting point and softness properties.

Applications: feminine and infant hygienic products, medical and packaging for the sterile products.

Excellent hydrophobic properties:
The raw materials of the spunbonded nonwovens are hydrophobic polyethylene, polypropylene and polyester. No additives are added during the production processing.

Applications: feminine and infant hygienic products, medical products and so on.

Good laminating properties:
Bicomponent PE/PP and PE/PET nonwovens are sheath-core structure. The component of the sheath is polyethylene. It has lower melting point. The component of the core is polypropylene or polyester. Just because these two materials have higher melting point. So, it maintains the high tensile strength and also has good laminating properties. The melting point of the sheath and core difference between 30 to 130 degrees centigrade. Hence, the production process is easy to control.

Composite processing is including cast, ultrasonic and thermal compound method and others.
Applications: various protective clothing, composite packaging materials, clothing interlinings infiltration media and so on.