Achieve Unbreachable Protection: The PP Woven Tape Trusted by Leading FIBC Manufacturers
Superior to Sewing. Essential for Safety.
For FIBC manufacturers, a single point of failure is unacceptable. The traditional sewing process creates needle holes that compromise your bag's integrity, leading to moisture damage, oxidation, and contamination for your end-users. It's a risk to their product and your reputation.
Our innovative PP Woven Cloth Tape provides the ultimate sealing solution. By replacing sewing with high-strength taping, we create a complete seal that safeguards sensitive contents in the most demanding industries, from chemicals and food to pharmaceuticals and high-performance battery materials.
Why Our Tape is the Choice for Protection:
Eliminate Needle Holes: Our tape creates a continuous, non-perforated seal, forming a reliable barrier against moisture, oxygen, and foreign contaminants. This is critical for PP and foil liners.
Engineered for Strength and Compatibility: The tape features a Polypropylene (PP) base film, ensuring excellent compatibility with common FIBC and liner materials. It offers high tensile strength and durability to withstand the stresses of filling, transport, and handling.
Proven in High-Stakes Applications: Trust is built on performance. Over 60% of the FIBC bags used for CATL's (Contemporary Amperex Technology Co., Limited) battery raw materials in China are sealed with our tape. This endorsement from the world's leading battery manufacturer underscores the unparalleled level of protection we provide.
Feature Specification:
Base Material Woven Polypropylene (PP)
Key Advantage Creates a hermetically sealed, puncture-free closure
Primary Applications Sealing PP Liners, Foil Liners, FIBC bag construction
Bojin BR6721 is specially designed for constructing FIBC Bags, Bulk Bags, Big Bags, Ton Bags. Excellent adhesion and strength, long-lasting holding power, resists abrasion, scuff and tearing, seamlessly bonding the Inner Liners(e.g. aluminum liner) and the Outer Bags. Keep the liner layer integrity and better prevent moisture and oxygen.
