Non-Magnetic Tungsten carbide ball
This resistance to corrosion is crucial in oil industry applications where the balls may be exposed to corrosive environments, such as in drilling muds and refined fuels.Thermal Stability:
Tungsten alloys can maintain their mechanical properties over a wide range of temperatures.
This thermal stability is important in oil industry applications where temperatures can fluctuate significantly.
Non-Magnetic Tungsten carbide ball from Zhuzhou Jinxin is extremely hard. The manufacturing technique makes tungsten carbide ball substantially more expensive than other materials, but practically inert. Their relative inertness makes them extremely resistant to interaction with various liquids and alloys. Tungsten carbide balls can be found in heavy machinery applications, since they are much stronger than stainless steel or chrome. Particularly, tungsten carbide ball has been used in industrial sprayers to regulate the flow of fertilizers or pesticides to crops.
Drilling Equipment:
Non-magnetic tungsten alloy balls can be used in drilling equipment as counterweights or in other components where magnetic interference must be minimized.
They can also be used in stabilizer and hardbanding applications for directional drilling tools.
Valve and Sealing Components:
Due to their high hardness and wear resistance, these alloy balls can be used in valve and sealing components in oil refining and processing equipment.
They help ensure that the equipment operates smoothly and efficiently, reducing the likelihood of leaks and other issues.
Bearings and Bushings:
Non-magnetic tungsten alloy balls can be used in bearings and bushings in equipment that operates in magnetic fields.
This reduces friction and wear, extending the lifespan of the equipment and reducing maintenance costs.
Other Applications:
These alloy balls can also be used in other applications where non-magnetism, high density, and hardness are required, such as in sensors, pumps, and other machinery in the oil industry.
Tungsten carbide balls are ideal for applications where extreme hardness must be accompanied by high resistance to wear and impact. They are well-suited to elevated temperatures, corrosion, humidity, abrasion, and poor lubrication conditions.titanium ballThe balls are made from 100% virgin tungsten carbide material.
Non-Magnetic Tungsten carbide ball
This resistance to corrosion is crucial in oil industry applications where the balls may be exposed to corrosive environments, such as in drilling muds and refined fuels.Thermal Stability:
Tungsten alloys can maintain their mechanical properties over a wide range of temperatures.
This thermal stability is important in oil industry applications where temperatures can fluctuate significantly.
Non-Magnetic Tungsten carbide ball from Zhuzhou Jinxin is extremely hard. The manufacturing technique makes tungsten carbide ball substantially more expensive than other materials, but practically inert. Their relative inertness makes them extremely resistant to interaction with various liquids and alloys. Tungsten carbide balls can be found in heavy machinery applications, since they are much stronger than stainless steel or chrome. Particularly, tungsten carbide ball has been used in industrial sprayers to regulate the flow of fertilizers or pesticides to crops.
Drilling Equipment:
Non-magnetic tungsten alloy balls can be used in drilling equipment as counterweights or in other components where magnetic interference must be minimized.
They can also be used in stabilizer and hardbanding applications for directional drilling tools.
Valve and Sealing Components:
Due to their high hardness and wear resistance, these alloy balls can be used in valve and sealing components in oil refining and processing equipment.
They help ensure that the equipment operates smoothly and efficiently, reducing the likelihood of leaks and other issues.
Bearings and Bushings:
Non-magnetic tungsten alloy balls can be used in bearings and bushings in equipment that operates in magnetic fields.
This reduces friction and wear, extending the lifespan of the equipment and reducing maintenance costs.
Other Applications:
These alloy balls can also be used in other applications where non-magnetism, high density, and hardness are required, such as in sensors, pumps, and other machinery in the oil industry.
Tungsten carbide balls are ideal for applications where extreme hardness must be accompanied by high resistance to wear and impact. They are well-suited to elevated temperatures, corrosion, humidity, abrasion, and poor lubrication conditions.titanium ballThe balls are made from 100% virgin tungsten carbide material.
