Hollow-core paper cord for packaging

The Hollow-core paper cord has a hollow interior with a tubular structure; it is not a solid twisted rope and suitable for high-end, eco-friendly paper packaging. Raw Material: 100% pure wood pulp, make the paper twisted into fine paper yarns, which are then interwoven into multiple strands using a weaving machine. Appearance: The surface features a uniform, fine woven mesh with a consistent roundness. This hollow-core style is widely used in high-end shopping bags and woven bags on the market.

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Features

Lightweight, soft, and comfortable to hold

the hollow structure provides natural cushioning, preventing hand discomfort when carrying heavy items. It is much smoother, with no hard edges or rough fibers, making it safe for direct contact with skin, food, and children’s products.
Uniform roundness and a premium appearance

With minimal diameter variation and a three-dimensional, exquisite weave pattern, its visual appeal rivals that of cotton rope. Its natural matte finish makes it the top choice for luxury paper bags and handwoven bags, elevating the product’s taste.
Highly malleable and easy to weave and knot

With moderate elasticity, it resists springback and deformation when used to weave baskets, bags, and ornaments. It weaves smoothly whether by hand or machine, and is resistant to fraying and splitting.
High tensile strength and stable load-bearing capacity

Typically supports 3–5 kg, meeting the load-bearing requirements for shopping bags and woven storage items.

Custom Production Advantages

1. Rich and Consistent Colors

High color fastness prevents fading; brand-specific colors (e.g., Tiffany Blue, Hermès Orange) can be customized.

2. Flexible Specifications

Standard diameters range from 1 mm to 8 mm; can be cut, glued at the ends, knotted, or fitted with buckles, making it suitable for paper bag handles, cardboard box handles, hand-woven items, and home textile accessories across multiple applications.

3. Lightweight and Cost-Effective

Lighter than cotton rope and synthetic fibers for the same load-bearing capacity; bulk packaging reduces logistics weight costs.