Tungsten carbide is an
extremely strong material created by reacting carbon and tungsten at high
temperatures. The force as well as hard-wearing properties of tungsten carbide,
thus obtained, makes it an ideal material for use in various applications. Its
accessibility in different grades with unstable properties makes it appropriate
for different industrial usages. The material is one of the best when it comes to
scrape and wear resistance which makes it the top choice for the oil
industries.
Tungsten carbide parts
have been utilized in the petroleum industry for an extended period for liquid
dealing with valve seats, stream control valves, etc. While steel and different
materials were generally used to make these parts, tungsten carbide essentially
swaps something similar with industries. It is utilized in the oil industry
since tungsten carbide is temperature safe, high strength and roughness,
Dimensional robustness, Good finish, Grade appropriateness with high wear
resistance.
Tungsten
Carbide Ball
The Tungsten-carbide
ball is also called a cemented carbide ball. These carbide balls have high
hardness, wear resistance, bending resistance, and deterioration resistance.
They can replace all steel ball products. Tungsten carbide balls are used in
applications that need exorbitant hardness and protection from wear and scraped
spots, and are able to withstand hard stun. These are well-suited to eminent
temperatures, corrosion, humidity, and poor lubrication conditions.
Categories
of Tungsten Carbide Ball
Carbide balls are
mostly composed of carbide micron residue of high hardness intractable metal,
with cobalt or nickel, molybdenum as a binder, in a vacuum furnace, or powder
metallurgy products sintered in the hydrogen reduction furnace are currently
common hard alloys YG, YN, YT, YW, etc.
It has good long-time
dimensional constancy which makes it a good material for gauge applications.
Cemented Tungsten Carbide is extremely rigid. This high rigidness makes
cemented carbide balls a good option for ball-sizing. Its good performance at
temperatures up to 800 degrees Fahrenheit makes it a good option in
high-temperature applications.
As a technology-leading
company, all the workers have received proficient education and training. We
have strong R&D and technological capacity, engineering technicians account
for 30% of workers in the company. All stages throughout design, improvement,
production, sales, and service are very strict ensuring to meet the needs of
ISO 9001:2008.
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