Core Technology · Air-through Thermal Bonding
High-temperature hot air penetrates the fiber web, melting the low-melting component (PE) at fiber cross-points to form a three-dimensional network.
Air-through bonding uses high-temperature, high-pressure hot air to penetrate the fiber web, melting the PE low-melting component on fiber surfaces to bond at cross-points — creating a bulky, soft, highly conductive and eco-friendly material.
Process
- Fiber opening & blending
- Web forming
- Air-through bonding
- Winding & slitting
Technical Parameters
| Parameter | Value |
|---|---|
| Line speed | 80-150 m/min |
| Working temperature | 140-180 ℃ |
| Basis weight | 18-60 g/m² |
| Effective width | 2.4-3.2 m |
| Key fibers | ES fiber / 1.0D ultra-fine / PLA |
Advantages
- Bulky & soft: point bonding keeps fiber elasticity
- High conduction: 3D network, fast penetration
- Safe & green: no chemical binder
- Precise control: hot air circulation ±1℃