Torq vs. Supertorq Inserts: Understanding the Differences in Performance and Cost

Torq vs. Supertorq Inserts: Understanding the Differences in Performance and Cost

When it comes to rotational molding, inserts are an essential component in creating a secure and functional product. But with different types of inserts available in the market, it can be challenging to determine which one is right for your application. In this case study, we will take a closer look at the differences between our Torq and Supertorq inserts, helping you to make an informed decision for your rotational molding needs.

Firstly, both Torq and Supertorq inserts are hexagonal in design and primarily used in rotational molding. However, the Torq insert is slightly smaller and more economical than the Supertorq, which has a larger hexagon providing a greater degree of torque and pull-out resistance. The Supertorq is characterized by its deep grooves, which have been designed to provide maximum strength with uniform heat gain.

For less demanding applications where cost is a factor, our Torq inserts are an excellent choice. These inserts provide great performance with lower raw material costs and are typically used in standard rotational molding applications where the loads on the inserts are not excessive.

In contrast, our Supertorq inserts are ideal for products subject to load and vibration. The deeper grooves allow for more plastic to form around the insert, providing greater resistance to pull out. This design ensures the inserts remain secure in demanding applications where high torque and pull-out resistance are essential.

Additionally, hexagonal inserts can be used in injection molding applications where traditional round knurled inserts do not provide enough torque resistance. The hexagonal shape and deep grooves of our inserts provide a better mechanical hold in the plastic, preventing them from moving and giving better resistance to stop them from pulling out.

In summary, while both Torq and Supertorq inserts are excellent choices for rotational molding, the choice depends on the application's demands. Torq inserts are ideal for standard applications where costs are a factor, while Supertorq inserts are perfect for demanding applications subject to load and vibration.