We are a trusted manufacturer and supplier of Bi-Component Fibre Filters, designed for precision filtration in demanding industrial and commercial environments. These filters are crafted using advanced bi-component fiber technology, offering superior filtration efficiency, strength, and thermal stability.
Bi-component fibers are made by combining two different polymer materials—typically a core and a sheath—in a single filament. This unique structure improves bonding, uniformity, and filter performance, making them ideal for depth filtration and high-contaminant-holding applications.
Whether used for air, gas, or liquid filtration, Bi-Component Fibre Filters provide consistent results and long service life across various industries.
Bi-Component Fibre Filters are filter media made from two thermoplastic polymers spun together into a single fiber with distinct core-sheath morphology. This dual-layer structure enables the fibers to be thermally bonded without additives, improving porosity, structural integrity, and filtration capacity.
Their excellent loft, resilience, and thermal bondability make them highly suitable for use in HVAC filters, HEPA filters, liquid filters, automotive cabin air filters, and other technical applications.
| Property | Details |
|---|---|
| Fiber Composition | PET/PE, PP/PE, PET/Co-PET (customizable) |
| Fiber Diameter | 1 - 10 microns |
| Basis Weight | 20 - 300 GSM |
| Filter Type | Depth Filter / Surface Filter |
| Bonding Type | Thermal bonding (no chemical binder) |
| Filtration Efficiency | Up to 99.97% (at sub-micron levels for fine filters) |
| Form | Rolls, pads, pleated panels, or customized shapes |
| Thickness | 0.5 - 10 mm |
With a focus on innovation, quality, and performance, we manufacture Bi-Component Fibre Filters tailored to meet diverse industry needs. Our production lines allow customization of fiber blends, media thickness, and roll formats, offering flexible solutions for OEMs, filter manufacturers, and end users.
We also ensure each batch undergoes rigorous quality checks for consistency, permeability, tensile strength, and filtration efficiency.