
Industrial Air Filtration
Stitch-bonded and needle-punched substrates supply support layers for air filter media. Stitching helps maintain pleat shape under airflow pressure over the filter's service life.
31 years, 20 Karl Mayer Maliwatt lines, ISO 9001 & IATF 16949:2016 certified nonwoven manufacturing in Taiwan.
Produced on 20 Karl Mayer Maliwatt lines, the widest stitch-bonding capacity in Taiwan. Stitching gives higher tensile strength than adhesive-bonded nonwoven.
Needle-punched, spunlace, PP spunbond and lining fabric grades are sourced via supply partners alongside in-house output, under one contact.
All product lines ship in roll form sized to match converter line widths, reducing handling time and waste at the customer's cutting or laminating station.
In-house finishing includes acrylic hardening, flame-retardant and waterproof treatment, specified at order stage rather than sourced separately.
Development covers basis weight, fiber blend ratio and finishing combination, matched to a target specification beyond standard catalog grades.
Every production batch is checked for consistency before shipment, supporting stable performance for customers running automated converting lines.
Jhih Cheng nonwoven fabric supports three downstream sectors: industrial filtration, medical and hygiene, and automotive interior, each matched to a specific stitch-bonded or sourced substrate type.

Stitch-bonded and needle-punched substrates supply support layers for air filter media. Stitching helps maintain pleat shape under airflow pressure over the filter's service life.

Stitch-bonded and PP spunbond constructions with waterproof finishing suit liquid filtration. Bag and cartridge filter converters get consistent basis weight across the roll.

Spunlace and PP spunbond materials support mask, surgical gown and diaper production, in roll form matched to converting lines. GRS certification supports recycled content.

Stitch-bonded nonwoven fabric supplies seating backing, sound insulation and interior filtration, produced under IATF 16949:2016 controls for dimensional stability.