pvc

HSS drills with TiN coating

Double-diameter HSS (high speed steel) drills with TiN (titanium nitride) coating and threaded connection are ideal tools for drilling composite materials such as steel-reinforced PVC.
These tools combine the hardness and heat resistance of HSS with the reduced friction and increased life offered by TiN coating. The dual diameter design is particularly useful for efficient penetration through composite materials, while the threaded attachment ensures a stable connection with the chuck.

Advantages of TiN-coated HSS double diameter drills:

Hardness and wear resistance: HSS is known for its hardness and ability to maintain a sharp edge at high temperatures, making it ideal for drilling difficult materials.
TiN Coating: The titanium nitride coating reduces friction and increases bit life, allowing you to drill cleaner, more precise holes.
Dual Diameter Design: This design allows for better initial penetration into the material, reducing resistance when drilling and improving chip evacuation.
Threaded Attachment: Ensures a secure and stable connection with the machine spindle, reducing the risk of slippage and improving hole accuracy.

Considerations for drilling steel-reinforced PVC:

Rotation speed and feed: It is important to adjust the rotation speed and feed rate according to the hardness of the material to avoid overheating and breakage.
Lubrication: Using appropriate lubricants can reduce friction and heat, extending the life of the tip.
Machine stability: Make sure the machine used is stable and vibration-free to obtain precise and clean holes.

Recommendations for use:

Check tip specifications: Make sure the tip you choose is specifically designed for composite materials such as steel-reinforced PVC.
Tip Maintenance: Keep the tip sharp and clean to ensure optimal performance and long life.

HSS double diameter drill bits with TiN coating and threaded connection represent an excellent solution for tackling the challenge of drilling steel-reinforced PVC, thanks to their hardness, wear resistance and stability characteristics.