Joining methods for belts

In the industrial sector, timing belts are a essential component for the efficient transport of materials. The joining of these belts is key to ensure operational continuity and minimize downtime.

The three most prominent joining methods are: Pin-Joint, Fasteners, and Endless.

PIN-JOINT

The Pin-Joint is a method that enables quick and easy belt connection by using a pin inserted into the pre-drilled ends of the belt. This type of splice is ideal for applications requiring frequent assembly and disassembly.

FEATURES

  • Quick installation and removal.
  • Requires prior belt preparation with precise perforations.
  • Provides a solid connection.


ADVANTAGES

  • Easy maintenance and pin replacement.
  • Does not require complex tools.
  • Ideal for environments where quick belt changes are needed.


APPLICATIONS

  • Sorting and packaging systems.
  • Modular conveyors.
  • Food and pharmaceutical industries where quick disassembly for cleaning is crucial.
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HOOKS

This joining system is a mechanical method that uses metal hooks to join the ends of a belt. It is one of the most common methods due to its simplicity and effectiveness under various conditions.


FEATURES

  • Quick and easy installation.
  • Use of metal hooks that provide a robust connection.
  • Applicable to belts made of various materials.


ADVANTAGES

  • Strength and durability under demanding working conditions.
  • Easy to install without the need for specialized equipment.
  • Suitable for emergency repairs.


APPLICATIONS

  • Mining and construction.
  • Agriculture.
  • Food processing.

WELDED

The welding system allows for a continuous and permanent connection of belts without the need for mechanical splices. This method is ideal for applications requiring a strong and durable connection.


FEATURES

  • Continuous connection in the belt without interruptions.
  • Does not require perforations or additional components.
  • Increases strength by eliminating stress points.


ADVANTAGES

  • Greater durability due to the absence of mechanical joints.
  • Ideal for applications requiring continuous transmission.


APPLICATIONS

  • High-load conveyors in heavy industries.
  • Equipment where constant transmission is essential.
  • Sectors such as automotive or textile, minimizing the risk of breakdowns.

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