Advantages of Coolant Carbide Rods

In the field of machining and cutting processes, tool durability and performance play a crucial role in achieving the best results. Now, an innovative solution has revolutionized the industry: the use of cemented carbide rods with internal coolant holes. The many advantages of these holes significantly improve tool life, efficiency and accuracy.

Coolant holes provide a direct and effective way to control the heat generated during cutting or machining and ensure better chip removal performance in the final tool. By directing coolant directly to the cutting edge, these holes enable efficient heat dissipation, reducing tool thermal stress and increasing tool durability.

This efficient cooling mechanism provides the following advantages:

1 Extend tool life

2 Improve cutting speed and feed rate

3 Improve surface quality and dimensional accuracy

4 Reduce the formation of debris nodules

Cemented carbide rods with coolant g holes offer a range of advantages that significantly increase tool life, efficiency and accuracy during machining operations. These holes enhance the cooling effect, helping to increase cutting speed and feed rate, thereby increasing production efficiency and reducing downtime. In addition, they help improve surface quality and dimensional accuracy, and reduce the formation of chip nodules.

Working with a manufacturer experienced in coolant carbide rods is critical to optimizing cutting tool design. Ganzhou Grand Sea Carbide provides professional services for the manufacture of complex and precise cooling hole slots, and also offers a variety of designs, including carbide rod with central coolant hole, Carbide rod with two straight coolant holes, and carbide rods with 2 helical coolant holes.