Drilling on granite, concrete, stone, masonry, walls, tiles, marble
Customized
OEM, ODM
Package
PVC pouch, Hanger packing, Round plastic tube
MOQ
500pcs/size
Features
1. Milled 2. Overall fine heat treatment 3. Carbide Tip Cross Head 4. High performance 5. Other Specifications and sizes are available upon customer's requests.
SDS drill bits with a cross tip are designed for efficient drilling in concrete, masonry, and other tough materials. These bits have a specially designed tip that allows for faster and more effective drilling than other types of drill bits. The cross tip design of SDS drill bits has a number of advantages.First, it provides greater accuracy when starting a hole. The tip is self-centering and helps to prevent the bit from wandering, which can be especially useful when drilling into hard materials. This can save time and effort by reducing the need for repositioning and realignment.Second, the cross tip design helps to reduce vibration and noise during drilling. Because the bit is able to more efficiently transfer energy to the material being drilled, there is less bouncing and shaking of the drill, which can lead to less fatigue for the user and less wear and tear on the drill itself.Finally, the cross tip design allows for quicker and easier removal of debris from the hole being drilled. Because the bit is able to more effectively break up the material being drilled, it can also more effectively remove that material from the hole, making it easier to continue drilling and to avoid clogs.
SDS drill bits with a cross tip are designed for efficient drilling in concrete, masonry, and other tough materials. These bits have a specially designed tip that allows for faster and more effective drilling than other types of drill bits. The cross tip design of SDS drill bits has a number of advantages. First, it provides greater accuracy when starting a hole. The tip is self-centering and helps to prevent the bit from wandering, which can be especially useful when drilling into hard materials. This can save time and effort by reducing the need for repositioning and realignment. Second, the cross tip design helps to reduce vibration and noise during drilling. Because the bit is able to more efficiently transfer energy to the material being drilled, there is less bouncing and shaking of the drill, which can lead to less fatigue for the user and less wear and tear on the drill itself. Finally, the cross tip design allows for quicker and easier removal of debris from the hole being drilled. Because the bit is able to more effectively break up the material being drilled, it can also more effectively remove that material from the hole, making it easier to continue drilling and to avoid clogs.
