Rigid Paper Handle with Standard Knitted Structure – FSC® Certified

DESCRIPTION

SERIE PARAUT FSC MIX CREDIT
We present the most resistant paper cord with an internal core on the market, developed for high-performance automatic production lines. This product is a technical evolution designed to provide greater body, stronger visual presence and unmatched resistance, incorporating an internal core that clearly differentiates it from any conventional solution.

Our innovation breaks the barrier between industrial efficiency and premium finishing. For the first time, it is possible to process automatically a handle that offers exceptional firmness and a soft feel, enabling manufacturers to deliver a significantly higher-quality end product with a load capacity of up to 25 kg, without compromising production speed or efficiency.

Technical specifications

Manufactured entirely from 100% FSC® paper, this paper handle for automatic bags is supplied in an approximate 4 mm diameter, optimised for feeding systems in automatic paper bag-making machinery.

• Maximum strength: Thanks to its high-density knitted structure and reinforced internal core, it supports up to 25 kg, positioning itself as the most robust solution for carrying heavy or bulky products.
• Enhanced premium feel: Unlike the rough finish of basic rigid paper cords, its structure provides a softer, more refined feel, eliminating the typical harshness of paper and improving the user experience.
• Direct replacement: Specifically designed to replace conventional twisted paper handles in production lines, offering a much cleaner and more defined aesthetic without requiring any changes to manufacturing processes.
• Industrial stability: Its rigid body with internal core ensures consistent feeding and precise positioning, preventing the deformations commonly found in standard twisted handles during the gluing process.

Applications and uses

This knitted paper cord is aimed at manufacturers of automatic paper bags and high-volume packaging solutions supplying sectors where transport safety and premium aesthetics are essential.
It is the ideal component for:

• Premium retail and fashion bags, where a strong handle is required for heavier purchases
• Gourmet food and wine packaging, ideal for carrying bottles or weight-sensitive products
• Perfumery and cosmetics sectors seeking a higher-quality visual alternative to twisted handles
• High-end e-commerce packaging, where presentation and strength are both critical

Sustainability and certification

As a mono-material product, this handle is 100% paper and fully recyclable. It holds FSC® MIX CREDIT certification, ensuring that the raw material comes from responsibly managed forests.

It is the ideal solution for projects focused on eco packaging, circular economy and zero-waste strategies, allowing the replacement of synthetic materials with a fully sustainable alternative without compromising technical performance.

Design

Available in essential technical tones such as natural kraft, white and black, as well as a range of corporate colours on request.

The regularity of its knitted structure and its reinforced core ensure a flawless visual identity, delivering a much more solid and defined appearance than traditional rigid paper cords, enhancing perceived packaging quality at the point of sale.

Finishes and terminals

The handle is supplied specifically prepared to ensure maximum factory productivity and full compatibility with automatic machinery:

• Spools: optimised format for continuous feeding without interruptions
• Reels: designed for controlled handling and supply in high-precision industrial production systems

Delivery formats

Primarily supplied on spools or reels prepared for automatic production, optimising line performance and significantly reducing downtime caused by insufficient material rigidity.

Origin and quality assurance

Manufactured in Spain by LIASA. Our expertise allows us to deliver this innovative development, successfully combining extreme strength with premium visual appearance and the economic viability required in automatic production processes.