Our polypropylene woven base cloth is a fundamental raw material dedicated to FIBC manufacturing, strictly produced with virgin polypropylene granules without recycled materials. We adopt mature weaving technology and standardized production procedures to ensure uniform texture, consistent thickness and neat stitching across the entire roll. Each batch of base cloth goes through strict quality inspection, so it owns steady load-bearing capacity and strong structural toughness, laying a solid foundation for finished bulk bags.

Different from ordinary woven cloth, this FIBC base cloth is optimized for industrial packaging scenarios. It has great resistance to tearing, stretching and surface friction, and can withstand long-distance transportation, stacking and mechanical lifting that finished FIBCs usually experience. Meanwhile, the material features good weather resistance, resisting ultraviolet rays, temperature changes and common humidity interference, which effectively extends the service life of the final bulk bags in outdoor storage and cross-regional delivery.

This versatile PP woven fabric supports deep processing such as cutting, sewing and lamination, and can be matched with auxiliary materials to produce moisture-proof, dust-proof, breathable and anti-static FIBC products. It is available in multiple grammage options to meet the production needs of light-duty, medium-duty and heavy-duty bulk bags. Whether for mass production of standard general-purpose FIBCs or customized functional bulk bags for specific industries, our base cloth can perfectly match your production lines.

Trusted by packaging manufacturers worldwide, our PP woven base cloth complies with international industrial material standards. We provide stable supply and flexible roll specifications to facilitate customers’ storage and processing. If you are looking for dependable raw material for FIBC production, this high-performance polypropylene woven fabric will be your ideal choice to guarantee finished product quality and reduce production risks.