Carbide Seal Ring
We Mikron Engineers are involved in offering utmost quality of Carbide Seal Ring.
Wrought iron carbide is commonly used as seal faces due to its wear resistance, high
fracture strength, high thermal conductivity, and low heat expansion coefficient. In
all hard-face materials, it is the material that can withstand heat and fracture the
best.
Sealing systems are necessary for rotating shafts in order to separate pressurised
fluids, reduce the amount of debris that enters the operating medium, and avoid
lubricant loss. The mechanical face seal, which consists of a rotating seal face and
a fixed seal face, is a typical remedy for these issues.
With the exception of the most acidic situations, metal-bonded tungsten carbide is a
flexible seal ring material with a wide range of applications. It is typically the
material of choice in situations where early failure is caused by deformation
brought on by high pressures or quick wear in abrasive conditions. These issues are
reduced to a minimum or completely avoided by the high fracture strength and high
hardness of tungsten carbide seals. High thermal conductivity levels and low
coefficients of thermal expansion are two additional advantages of tungsten carbide
seals. These traits enable dimensional stability at greater working temperatures and
encourage the efficient evacuation of heat. We are Leading Manufacturers, Suppliers,
Provider, Exporters, In Mumbai, In Navi Mumbai, In Thane, In India.
One of the most significant wear components in goods made of tungsten carbide is the
mechanical seal ring. We manufacture a range of tungsten carbide mechanical seal rings,
including plain rings, T-shape, O-shape, U-type, face seal rings, and those that are
customised for individual customers. We have a lot of expertise making metal components
with precise tolerances, including mechanical seal rings. We can build the ring with an
outside diameter as large as 430mm.We are an ISO-certified carbide supplier with years
of experience in creating OEM parts of the highest calibre for your unique requirements.
Pump and seal, compressor, and agitator seal faces all use tungsten carbide seal rings.
It is frequently used in petrochemical, fertiliser, pharmaceutical, and drug manufacturing
facilities.
Cobalt (Co) is frequently used as a binder material when creating TC Rings. In addition, nickel(Ni) bonded rings are offered. For rolling wire rods and merchant bars, we offer our customers premium TC roll rings and composite rolls. In addition to having outstanding surface finish, TC roll rings' superior wear resistance properties give you the maximum pass performance. In high speed wire rod finishing blocks, tungsten carbide roll rings are the norm, and their use is growing in other hot and cold forming applications. TC material has a high density of 16 g/cm3 to 18.5 g/cm3, superior thermal conductivity, and corrosion resistance. Additionally, cemented carbide possesses excellent mechanical strength, a low thermal conductivity coefficient, a high expansion coefficient, and a high elastic coefficient.
Cobalt (Co) is frequently used as a binder material when creating TC Rings. In addition, nickel(Ni) bonded rings are offered. For rolling wire rods and merchant bars, we offer our customers premium TC roll rings and composite rolls. In addition to having outstanding surface finish, TC roll rings' superior wear resistance properties give you the maximum pass performance. In high speed wire rod finishing blocks, tungsten carbide roll rings are the norm, and their use is growing in other hot and cold forming applications. TC material has a high density of 16 g/cm3 to 18.5 g/cm3, superior thermal conductivity, and corrosion resistance. Additionally, cemented carbide possesses excellent mechanical strength, a low thermal conductivity coefficient, a high expansion coefficient, and a high elastic coefficient.
