Wing nut CTD.48 P-M6x25-3-C2 Z070585

Elesa+Ganter CTD.48 P-M6x25-3-C2 wing nut is a component from the CTD series, designed for precise and secure fastening. A key feature of this nut is the limited tightening torque, which protects the mounted components from damage caused by excessive force. This solution is used in situations where delicacy and control are a priority – for example, in tooling or in places where overtightening could negatively affect the operation of components.

Made of durable polyamide-based technopolymer, the CTD.48 nut has a steel threaded pin, ensuring solid and durable connection. The torque-limiting mechanism works like a torque wrench – when the set value (3 Nm in this case) is reached, a characteristic “click” occurs, signaling the end of the tightening process. Importantly, the torque limitation does not occur during loosening, which facilitates disassembly.

CTD wing nuts are available in various colors (including black and orange), allowing for easy identification of clamping elements. The wide range of applications includes mounting elements in tooling, as well as in critical locations in devices requiring precision and protection against damage. The nut's design provides an optimal tightening torque value, minimizing the risk of errors during assembly and operation.

• Tightening torque limitation prevents damage to mounted elements due to excessive force.
• Durable materials – polyamide-based technopolymer and steel threaded pin guarantee long-term operation.
• Audible signal – a characteristic “click” indicates that the set tightening torque value (3 Nm) has been reached.
• Versatile application – ideal for tooling and devices requiring precise assembly.
• Easy identification thanks to availability in different colors facilitates distinguishing clamping elements.
• Simple assembly and disassembly – no torque limitation during loosening facilitates servicing.

The CTD.48 P-M6x25-3-C2 nut is a solution for professionals and end-users who value precision, safety and durability of connections. Its design allows for repeatable and controlled tightening, eliminating the risk of damage and ensuring reliable operation of devices.