Features and Benefits
● High strengt and reliability provides maximum pullout strength.
● Installed using standard drills and taps.
● Simple installation - no special skills required.
● Suitable for use in a wide range of parent materials.
● Impossible to cross thread during installation.
● Simple removal process if required.
● No tang to break and remove.
● Available in metric sizes, inch sizes and spark plug sizes.
● Available in Thinwall and Heavy Duty.
● Material: Steel/ Stainless Steel
Here's how to remove key locking threaded insert tutorial
Step 1 : Drill put the material between the locking key and the internal thread to specified depth.
Step 2 : Deflect locking keys inward and break off.
Step 3 : Remove the insert from the hole by winding it out using a screw extractor or similar type tool.
Step 4 : A new key locking threaded insert of exactly the same size can be installed in the original hole.
How to remove key locking threaded insert
Ultimate Security: Stainless Steel Key-Locking Inserts
Top Screw’s Key-Locking Threaded Inserts provide high-strength permanent threads in parent materials, offering superior resistance to pull-out and torque-out.
How Vibration Resistance Works: The core advantage lies in the Mechanical Keys. Once the insert is threaded into the hole, the pre-installed keys are driven down into the parent material. This creates a positive mechanical lock that prevents the insert from rotating due to vibration or torsion, ensuring the integrity of the joint under the most demanding conditions.
Ideal Industries:
Aerospace & Defense: Extreme pressure environments such as aircraft engines and airframe structures.
Automotive Industry: Engine components, drivetrain systems, and aftermarket tuning parts.
Heavy Machinery: High-impact applications including mining equipment and construction machinery.
Electronics & Energy: Wind turbines and railway signaling equipment.
these inserts are the go-to solution for high-vibration environments where thread failure is a safety concern.
Comparison with Self-Tapping Inserts: While Self-Tapping Inserts offer a quick, one-step installation for softer materials like aluminum or plastic, Key-Locking Inserts are designed for maximum reliability in both hard and soft materials. The key-locking mechanism provides a significantly higher level of vibration resistance compared to the friction-based locking of self-tapping designs.
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