Chtbelts - Tecnica Industriale Srl

Mechanical Attachments
In addition to timing belts with false teeth, mechanical attachments can be supplied pre-assembled on the system, with customizable geometry and material options to best suit the specific application. For applications requiring a more robust and rigid system, we offer metal mechanical attachments. The most commonly used materials include ALUMINUM, STEEL, and STAINLESS STEEL, which can undergo various treatments such as ANODIZATION, GHA, ALODINE, NICKEL PLATING, GALVANIZATION, and PHOSPHATING.

Dovetail Attachments
Conveyor timing belts are frequently exposed to high acceleration forces, and the specific weight of polyurethane can sometimes prevent the desired geometry from being achieved due to excessive attachment weight. By welding a dovetail attachment to the back of the belt, a secondary attachment made from a lighter material—such as glass-fiber reinforced plastic or carbon fiber—can be securely fitted through an interference connection.

Attachments with Brushes
For transporting fragile objects, rigid attachments are not suitable as they may compromise product integrity. By designing perforated attachments, brushes can be inserted to create a soft belt surface, allowing delicate items to be gently transported without risk of damage.

Belts for Vacuum Systems
To achieve optimal performance, packaging machines are often equipped with vacuum systems. When combined with timing belts custom-machined to specific design requirements, these systems can significantly increase the machine’s cycle count and overall efficiency.

Timing Belts with FDA Coatings
FDA-approved coatings can be applied to the back of the belt using either cold gluing or hot-applied systems, ensuring compliance with certification standards.

Belts with Attachments and Machining in FDA-Approved Versions
Belts with cleats, as well as those with generic machining or designed for vacuum systems, can be produced with the same geometric characteristics as standard products, but using FDA-approved and certified materials.

Machining on Belt Coatings
Geometries that closely resemble the product being transported can be created on the back of the timing belt, allowing for precise placement within the compartment formed by the machining.

Mechanical Joints with Pins
In addition to welded joints, machining can also be done at the ends of the timing belt to create a mechanical joint. By drilling transverse holes in the teeth and inserting cylindrical pins, a highly reliable joint is formed, offering load capacities similar to traditional welded joints.