Save time and costs with self-locking keensert

Self-locking keensert

What are self-locking keenserts? Self-locking keenserts are threaded inserts used to strengthen weakened or damaged threads in metal or plastic. They feature external threads that expand against the base material, providing a secure and permanent anchoring solution. The internal threads also allow for the usage of bolts.When it comes to industrial applications, time is money and precision matters. Any downtime can lead to lost profits and decreased productivity. One way to maximize efficiency and cost savings is by using self-locking keenserts.

What are the benefits of using self-locking keenserts?
1. Time-saving: Self-locking keenserts can be installed without the use of any specialized tools in most cases, which reduces the time required for assembly.
2. Cost-effective: The use of self-locking keenserts eliminates the need for more expensive repair or replacement of damaged threads. Also, because they can be installed without the use of expensive tools, there is no need to invest in machinery.
3. Vibration resistance: Self-locking keenserts provide excellent resistance to vibration, ensuring that the insert remains securely in place.
4. High torque capability: Self-locking keenserts can handle high-pressure loads, making them ideal for heavy-duty applications.
5. Easy installation and removal: Self-locking keenserts can be installed and removed without damaging the base material. This allows for easy maintenance and repair.

Where can you use self-locking keenserts?
Self-locking keenserts are used in a wide range of industries such as automotive, aerospace, marine, and manufacturing. They can be used in all types of metals, plastics, and composites.
In conclusion, self-locking keenserts are a valuable investment for industries looking to increase efficiency and save costs. With their time-saving installation, vibration resistance, and high torque capability, these threaded inserts are the go-to solution for repairing and strengthening weakened threads.