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Linpack folder and carrier belts

First-class efficiency during separating, accelerating, and conveying.
Our Linpack folder and carrier belts allow you to adapt conveying solutions to perfection. Choose from various core materials, coatings, and additional machining.

And provide bespoke solutions for your applications.

LINPACK folder and carrier belts

Fast speeds and precision are essential during separation, acceleration and conveying of cardboard boxes, corrugated cardboard, or plastic panels. Linpack has the ideal combination of core and coating materials with good track records.

These are complemented by optional mechanical processing. The result: Belts geared precisely to your requirements.

Linpack in use with cardboard

Your application, your solution: Linpack belts

- as feeder belts for precise material feed
in letter sorting machines, in folder gluers, for corrugated cardboard (in-liner/Flexo Folder Gluer), in window patching machines or in labeling machines.
- as folding and vacuum belts for reliable material guidance in the corrugated cardboard industry (in-liner/Flexo folder gluer).
- as take-off belts for even and precise conveying of paper bags in beverage packaging production.
- as conveyor belts with a high friction coefficient for gentle material handling of sensitive or abrasive products.
- as acceleration belts for precise material guidance in tinplate processing.
- as driven side guide belts for frictionless material flow.

Linpack in use
Linpack in use

Our pledge

“We use state-of-the-art production technologies to tailor Linpack belts to your requirements. Our wide range of customizing options delivers the right product for your application.”


Hauke Andresen, Global Application Engineer for Engineered Belts


Why not arrange an appointment now?

Hauke Andresen

Why pick Linpack from Forbo?

First-class customization: Customized solutions for applications produce the best results and ensure operations go as planned.
Long service lives: Robust materials and precise manufacturing deliver durability. This means less maintenance, lower costs for spare parts and reliable operations over a long period of time.
Flexibility and performance: Enhanced performance for challenging tasks. Linpack gives you enormous versatility to increase productivity.

Linpack in use

The Linpack concept

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    The core material

    Linpack’s core material

    Linpack’s core material is perfect for your requirements. It’s made of multilayer tension member fabric, coated polyamide sheet or elastic material that requires no take-up unit.

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    The top face coating

    The top face coating

    The top face coating ensures good grip and the right degree of hardness. Choose from a wide range of materials that match the products conveyed and task at hand. Multilayer coating structures are also possible.

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    Optional mechanical processing

    Optional mechanical processing

    Additional mechanical processing customizes Linpack belts even further. For instance, we can add perforations, patterns or produce them in a specific thickness.

The right solution for any challenge

Linpack grips everything firmly: Cardboard boxes, corrugated cardboard, tinplate, and plastic panels. Whether high friction coefficients, outstanding robustness or soft surfaces are required. Linpack offers high-performance belts for any application:

  • Excellent grip and abrasion resistance (even in wet conditions)
  • Functional elasticity
  • Customized cushioning characteristics (particularly for sensitive products)
  • Long service lives and very good tracking

Linpack product design

More options due to precise processing
Linpack belts can be customized to your application via various processing options, for instance:
• Longitudinal profiles for reliable guidance of products on the belt
• Grooves for stable positioning
• Thickness processing to make belts a better fit
• Perforations for affixing the material during conveying

We offer further finishes on request .

Examples of processing options

  • Milled LG pattern

    Milled LG pattern

    Milled LG pattern

    This pattern improves adhesion and grip. It’s feasible for lots of coating materials and ideal for acceleration belts, for instance.

  • Cylindrical countersunk holes

    Cylindrical countersunk holes

    Cylindrical countersunk holes

    Also suitable for special vacuum applications: Countersunk holes create a suction pocket for additional suction and better adhesion.

  • Extra jersey coating

    Extra jersey coating

    Extra jersey coating

    An extra jersey coating protects the belt’s surface coating from wear.

  • Extra Linatex coating

    Extra Linatex coating

    Extra Linatex coating

    We combine various coating characteristics, such as Linatex’s abrasion resistance and grip, with the compressibility of foam rubber. This solution is mainly used in the paper and packaging industry, e.g. for pressure belts for gluing cardboard boxes.

  • Perforations

    Perforations

    Perforations

    We have perforated vacuum belts tailored to vacuum applications.

  • Transverse milling

    Transverse milling

    Transverse milling

    Alongside transverse milling, milling in almost any shape and design is possible. Cross grooves, for example, increase the belt’s flexibility.

More information