Diamond bits for oil
KM1952A
Bit Specifications：
Bit size：―――――――――――――――――――12 1/4 in
Blade count：―――――――――――――――――――5 pcs
Main cutter size：――――――――――――――――Φ19mm
Number of nozzles：―――――――――――――――――7 pcs
Gage length：――――――――――――――――――64mm
Shank：――――――――――――――――――6 5/8 API Reg.
Make up torque (KN.m)：――――――――――――49.6-51.4
Junk slot area: ―――――――――――――――21539in2
Recommended drilling parameters：
Rotary speed（rpm）：―――――――――――――――――50－260
WOB（KN）： ―――――――――――――――――30－140
Flow rate（L/s）：―――――――――――――――――――30－70
Structure features and applications of the bit:
1. Optimally designed bit profile suitable for drilling medium formation.
2. Cutting structure is force balanced and bit blade is asymmetrically designed so that the load on bit is balanced which resulting better stability of the bit.
3. Multiple types of high performance PDC cutters are strategically arranged on bit for improved service life of the bit.
4. Shock absorbers are designed to make the bit capable of drilling through formations with hard stringers.
5. Hydraulic system of the bit is optimized using dynamic flow pattern simulation technology to enhance cleaning and cooling effects of the bit to effectively prevent bit from balling.
KS1952SG
Bit Specifications：
Bit size：―――――――――――――――――――8 1/2 in
Blade count：―――――――――――――――――――5 pcs
Main cutter size：――――――――――――――――Φ19mm
Number of nozzles：―――――――――――――――――5 pcs
Gage length：――――――――――――――――――64mm
Shank：――――――――――――――――――4 1/2 API Reg.
Make up torque (KN.m)：――――――――――――16.6-23.7
Junk slot area: ―――――――――――――――12426in2
Recommended drilling parameters：
Rotary speed（rpm）：―――――――――――――――――50－260
WOB（KN）： ―――――――――――――――――20－100
Flow rate（L/s）：―――――――――――――――――――25－35
Structure features and applications of the bit:
1. The bit is optimally designed with medium profile which is suitable for soft to medium soft formations.
2. Cutting structure is force balanced, bit blade is asymmetrically designed, and spiral blade and spiral gage are also designed so that the load on bit is balanced that resulting better stability of the bit.
3. Multiple types of high performance PDC cutters are strategically arranged on the bit for improved service life of the bit.
4. Shock absorbers are designed to make the bit capable of drilling through formations with hard stringers.
5. Hydraulic system of the bit is optimized using dynamic flow pattern simulation technology to enhance cleaning and cooling effects of the bit to effectively prevent bit from balling.
6. Erosion on bit surface is effectively prevented by utilizing hardfacing material of highly erosion resistant and applying advanced base metal enhancement technology.
7. Ports on bit are also optimally designed to prevent erosion of water courses inside the bit.
KS1952SGA
Bit Specifications：
Bit size：―――――――――――――――――――12 1/4in
Blade count：―――――――――――――――――――5 pcs
Main cutter size：――――――――――――――――Φ19mm
Number of nozzles：―――――――――――――――――7 pcs
Gage length：――――――――――――――――――64mm
Shank：――――――――――――――――――6 5/8 API Reg.
Make up torque (KN.m)：――――――――――――49.6-51.4
Junk slot area: ―――――――――――――――24413in2
Recommended drilling parameters：
Rotary speed（rpm）：―――――――――――――――――50－260
WOB（KN）： ―――――――――――――――――30－140
Flow rate（L/s）：―――――――――――――――――――30－70
Structure features and applications of the bit:
1. Bit profile is optimized and is suitable for drilling soft to medium formations.
2. Cutting structure is force balanced, bit blade is asymmetrically designed, and spiral blade and spiral gage are also designed so that the load on bit is balanced which resulting better stability of the bit.
3. Multiple types of high performance PDC cutters are strategically arranged on bit for improved service life of the bit.
4. Shock absorbers are designed to make the bit capable of drilling through formations with hard stringers.
5. Hydraulic system of the bit is optimized using dynamic flow pattern simulation technology to enhance cleaning and cooling effects of the bit to effectively prevent bit from balling.
6. Erosion on bit surface is effectively prevented by utilizing hardfacing material of highly erosion resistant and applying advanced base metal enhancement technology.
7. Ports on bit are also optimally designed to prevent erosion of water courses inside the bit.