Technical details
box_quantity | 2000 |
---|---|
HeadDiameter | |
HeadHeight | |
PropertyClass | |
ThreadLength | |
ThreadPitch | |
ThreadSize | |
ThreadType | |
TotalLength | |
Source | |
Coating | View details |
box_quantity | 2000 |
---|---|
HeadDiameter | |
HeadHeight | |
PropertyClass | |
ThreadLength | |
ThreadPitch | |
ThreadSize | |
ThreadType | |
TotalLength | |
Source | |
Coating | View details |
The M6-1.0×25 STRUX SELF CLINCH STUD, part number CL00065ADD, is designed to provide a reliable and strong fastening solution for various industrial applications. With a robust property class of Steel PC 9.8, it ensures high strength and durability, making it suitable for demanding environments. The Metric thread type, with a thread size of M6 and a thread pitch of 1, provides precision fitting for secure connections.
Measuring a total length of 25 mm, this clinch bolt is engineered for stability and performance in challenging conditions. The head diameter of 11 mm and head height of 2.1 mm are crafted for ease of installation while maintaining a low profile. The corrosion-resistant coating of zinc and yellow further protects the material, ensuring longevity by reducing rust and wear.
Packaged with a box quantity of 2000, these self-clinching studs facilitate bulk supply and continuous access, aiding in inventory management for large-scale operations. Ideal for the automotive and OEM manufacturing sectors, this product helps optimize assembly tasks with its self-clinching capability, reducing installation time and effort. The M6-1.0×25 STRUX SELF CLINCH STUD exemplifies quality and performance, meeting industry standards while addressing diverse fastening needs effectively.
Strategically utilized in applications where repeated maintenance or disassembly is routine, these studs are valued for their stability and straightforward installation process. Their self-clinching design provides a firm hold, reducing the chances of loosening due to vibration or stress. This makes them an excellent choice not only for automotive uses but also for equipment and machinery that undergo frequent stress cycles.