Technology / product information

The meltblown nonwoven fabric by Tapyrus is a highly controllable material with fiber diameters ranging from 0.4µm to 50µm, basis weights from 7g/m² to 400g/m², and pore sizes from several micrometers to 100µm. Manufactured using a no-binding technique, this fabric features an evenly distributed ultrafine fiber structure. With excellent texture and flexibility, it finds applications across various fields.

■ Features
High Precision: Fiber diameter, basis weight, and pore size can be customized to provide optimal performance for different applications.
Material Versatility: Compatible with various thermoplastic resins like polypropylene, polyester, and polyamide.
Superior Filtration Performance: Designed for air permeability and maximum pore size tailored to application needs.
Eco-Friendly Options: Includes raw materials like bioplastics, supporting sustainability initiatives.

■ Specifications
Fiber Diameter: 0.4µm to 50µm
Basis Weight: 7g/m² to 400g/m²
Maximum Pore Size: Several micrometers to 100µm
Materials:
Polypropylene: Excellent chemical and heat resistance for a wide range of uses.
Polyester: High heat resistance (melting point ~220–240°C) and easy secondary processing.
Polyamide (PA6): High moisture absorption, suitable as an electrical insulating material.
Polyphenylene Sulfide (PPS): High heat resistance (melting point ~285°C) for high-temperature environments.
Bioplastics: Non-petroleum-based, environmentally friendly properties.

■ Applications
Medical Field: Mask filters, gauze, surgical gowns
Industrial Materials: Liquid filtration filters, battery separators
HVAC Systems: Air purification filters, ventilation systems
Others: Automotive interior materials, abrasive materials, geotextiles

Tapyrus’s meltblown nonwoven fabric combines precision performance and multifunctionality, making it a trusted solution in various industries. With proprietary product design and customization options, it meets the diverse needs of customers.

■ For more details, please download the PDF or contact us.