Composition: 100% Polypropylene Process: Meltblown process Basis weight range: 35–200 gsm Workable width: 160 cm Color: White, blue, orange, etc. Pattern: Plum blossom pattern, knitted pattern, bird feet pattern, square pattern

Due to the affinity between polypropylene fibers and oil-based liquids, meltblown nonwoven materials provide good oil absorption performance. They are commonly used in applications such as automotive maintenance, wastewater treatment, ship engine room cleaning, oil storage facilities, gas stations, hotels, household oil cleaning, and filter pads.

Wiping of heavy oil stains in the production environment Surface treatment with solvent Maintenance and servicing of machine tools and large equipment Removal of various ink leaks

The flushable and biodegradable spunlace nonwoven fabric is a functional nonwoven material commonly used for wet wipe applications.

The flushable and biodegradable spunlace nonwoven fabric is a functional nonwoven material commonly used for wet wipe applications.

Wood pulp viscose spunlace nonwoven is a highly absorbent, biodegradable nonwoven material.

D-TEX 100% Bamboo Fiber Spunlace Nonwoven is made from natural bamboo fiber through a high-pressure spunlace entanglement process. Without the use of chemical binders, this fabric maintains the purity of bamboo’s natural properties — soft touch, superior absorbency, and inherent antibacterial performance. Bamboo fiber's unique microstructure offers excellent breathability and durability. It is an ideal eco-friendly alternative to traditional synthetic or cotton-based nonwovens, perfectly aligning with today’s sustainability demands.

Creped cross-laid woodpulp polyester spunlace nonwoven with high strength and textured surface. Designed for heavy-duty industrial wipes, automotive, and automated cleaning systems for applications requiring durability and effective wiping performance.

The flushable and biodegradable spunlace nonwoven fabric is a functional nonwoven material commonly used for wet wipe applications. The material is designed to provide good dispersibility after flushing and is developed using biodegradable cellulose fibers.