Structural Advantages of Bent Hot Runner Thermocouples

Bent angle thermocouples have important structural advantages in intricate mold area arrangement and are specifically designed for hot runner installation places that are tight and blocked.

Super strong space adaptability comes first. It can achieve dead-angle-free temperature sensing, smoothly reach the designated hidden measuring holes where straight thermocouples cannot enter, and get around dense nozzle constructions, cooling water circuits, and mold-reinforcing ribs.

Flexible angle adjustment comes in second. A variety of possible bending angles, including 90, 120, and oblique angles, can accommodate various hole direction designs, significantly lessen the difficulties of mold pre-processing, and increase installation flexibility.

Third, strong placement and stable installation. Compared to straight probes placed obliquely, the bent construction has a more stable temperature sensing effect and can maintain close contact with the measured matrix for an extended period of time. It is also difficult to loosen and shift under mold vibration.

Fourth, successfully steer clear of structural extrusion. The bent section can prolong the overall service life of thermocouples in compact molds, prevent frequent moving parts inside the mold, and lessen extrusion and friction damage.

It is extensively utilized in integrated combination manifolds, micro multi-cavity dense arrangement systems, latent gate molds, and side gate hot runners. It is the recommended temperature measuring tool for resolving space installation issues in contemporary, sophisticated hot runner designs.333