Butterfly nut CTD.48 P-M5x10-2-C2 Z070571

Wing nuts with limited tightening torque – precision and protection

The CTD.48 P-M5x10-2-C2 wing nut is a component from the standard range of machine and industrial equipment parts, offered by ELESA+GANTER. It is a wing nut equipped with a mechanism limiting the tightening torque, ensuring precise and secure fastening of elements. This design minimizes the risk of damage to the fastened parts, resulting from excessive clamping force.

Application and benefits for professionals:

Wing nuts with limited tightening torque are widely used in industries requiring precision and reliability in assembly. They are ideal for devices where control of the tightening force is crucial for proper functioning and durability. Thanks to this solution, the installer can be sure that the connection is sufficiently strong, but at the same time does not cause excessive stress in the structural elements. Limiting the torque force protects delicate components from damage during assembly or operation.

Design and materials:

The CTD.48 P-M5x10-2-C2 nut has an M5 thread with a length of 10 mm and a threaded pin. It is made of high-quality technopolymer, which guarantees its mechanical strength and resistance to external factors. ELESA+GANTER is renowned for its attention to the quality of its products – each element is subjected to rigorous mechanical, physical and chemical tests to ensure its reliability and compliance with customer requirements. The use of modern production technologies allows maintaining high dimensional accuracy and repeatability of parameters.

Protection against damage and optimization of the assembly process:

The torque-limiting mechanism in the CTD.48 P-M5x10-2-C2 nut is a key feature of the product. It allows for controlled clamping of elements, eliminating the risk of their damage caused by excessive force. This is particularly important in the case of delicate components or structures requiring precise fitting. Using this nut also speeds up the assembly process, as it does not require the use of additional measuring tools to control the tightening force – everything is integrated into the design of the element itself.