General characteristics:
Main applications in belting:
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General characteristics:
Main applications in belting:
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ZipLink® product range now includes over 30 problem solving belt constructions combining time tested rubber cover materials with a structured spiral link mesh that can be easily spliced at any length.
The ZipLink® construction eliminates points of weakness because there is no loss of strength in the splice area, making the belts stronger so they last longer than belts of other seamed or fused materials.
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AMMdrive belts offer a versatile range of cleats to suit various applications across TPU, TPE, and PVC materials.
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Bordoflex sidewalls add another layer of customization to AMMdrive belts, with each material offering unique options.
This wide variety ensures that each belt type can be tailored to specific application needs, from gentle product handling to heavy-duty edge containment.
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AMMdrive belts utilize a highly reliable mini finger splice, featuring 8×5 mm fingers. This splicing method ensures a strong and consistent bond by providing a large surface area of contact between the belt ends. This design not only offers exceptional durability but also maintains the belt’s flexibility.
For more demanding and heavy-duty applications, especially with PVC and TPE belts, a step splice can be used. This splicing method is known for its enhanced tensile strength and durability, making it perfect for heavy loads.
In addition to endless splicing, AMMdrive belts can also be fitted with mechanical fasteners. These fasteners come in stainless steel for general use and plastic for metal detector applications.
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All sprockets are available with a variety of bore types – from round 20 mm with keyway to square 60×60 mm – to accommodate different shaft and drive configurations.
PRO sprockets come in several specialized versions to suit specific environments:
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Conveyor belting benchmark
Fabric-based synthetic belts or modular plastic belts.
Problem description
Synthetic belts require high tension and are prone to tracking issues, especially on small pulleys. This leads to slippage, misalignment, and short belt life. Modular belts can handle small diameters, but their hinged design traps debris, making them unsuitable for hygienic applications.
AMMdrive solution
AMMdrive belts – especially in the SP (Small Pulley) range – are designed to run over tight pulleys and nosebars without slippage or tracking adjustments. They offer a clean, compact, and maintenance-friendly solution for small pulley systems.
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Conveyor belting benchmark
Fabric-based synthetic belts or modular plastic belts.
Problem description
Bidirectional conveyors usually require a central omega drive, which adds bulk, mechanical complexity, and extra weight to the conveyor frame. Modular belts also need a catenary sag, further increasing space requirements and limiting design flexibility.
AMMdrive solution
AMMdrive belts can operate in both directions without a central omega drive. Thanks to the positive drive system, they can push as well as pull, enabling compact, low-maintenance bidirectional conveyors with fewer components.
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Conveyor belting benchmark
Fabric-based synthetic belts, often friction-driven with central drive or tensioned V-guides.
Problem description
Wide Z conveyors suffer from belt tension buildup in bends, especially in center-driven or friction-driven designs. This causes the belt to jump out of its path, overstressing V-guides – particularly in wide configurations. Complex mechanical supports like grooved rollers, omega drives, and guide strips are required, increasing cost, space, and maintenance.
AMMdrive solution
Using PRO lug technology, AMMdrive belts enable low-tension, positive tracking in wide Z elevators – without grooved pulleys or V-guides. The belt is supported by dual-edge lugs and center support rollers, distributing force evenly and ensuring smooth, stable running – even in conveyors up to 1500 mm wide. This simplifies construction, improves hygiene, and reduces mechanical stress in critical bend areas.
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