Material: | Stainless Steel |
---|---|
Application: | Valve |
Type: | Oil Seal |
Performance: | Seal |
Shape: | O-Ring |
Standard: | Standard, Nonstandard |
Customization: |
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Soft Iron Low Carbon Steel Stainless Steel Ring Joint Gasket
A Ring Joint Gasket is a type of metallic gasket used in high-pressure and high-temperature applications. Ring Joint Gaskets are typically used in flanged connections, where they are positioned between the flanges and compressed under high bolt load to create a tight seal.
Soft Iron Low Carbon Steel/Stainless Steel Ring Joint Gaskets are specific types of Ring Joint Gaskets that are made from different types of metallic materials. Soft Iron and Low Carbon Steel Ring Joint Gaskets are commonly used in low-pressure applications, while Stainless Steel Ring Joint Gaskets are typically used in high-pressure and high-temperature applications.
Soft Iron Ring Joint Gaskets are made of a low carbon steel with a soft iron outer layer. They are known for their excellent sealing properties, but they are not as durable as other materials and may be susceptible to corrosion.
Low Carbon Steel Ring Joint Gaskets are made of low carbon steel and are used in applications that require a higher level of durability than Soft Iron Ring Joint Gaskets. They are also less prone to corrosion than Soft Iron Ring Joint Gaskets.
Stainless Steel Ring Joint Gaskets are made of stainless steel and are the most durable of the three types of Ring Joint Gaskets. They are resistant to corrosion and can withstand high-pressure and high-temperature applications. They are typically used in the oil and gas industry, chemical processing, and other applications where a high level of durability is required.
In summary, Soft Iron Low Carbon Steel/Stainless Steel Ring Joint Gaskets are metallic gaskets used in high-pressure and high-temperature applications. Soft Iron Ring Joint Gaskets are known for their excellent sealing properties but are less durable and more prone to corrosion. Low Carbon Steel Ring Joint Gaskets are more durable than Soft Iron Ring Joint Gaskets and less prone to corrosion. Stainless Steel Ring Joint Gaskets are the most durable of the three types and are resistant to corrosion and able to withstand high-pressure and high-temperature applications.
R & RX Series
|
Materials Stainless Steel 304-200°Cto460°C Stainless Steel 316-200°Cto420°C Low Carbon Steel-100°Cto500°C Soft Iron-100°Cto500°C
*Stainless Steel 316 and 304 can exceed continuous operating temperatures (Up to 760C), however this will result in inter-granular corrosion. Please consult a Hi-Tech Gasket representative. |
R series
R Series ring type joint gaskets are available in oval and octagonal designs. The oval design can be used in older round bottom gland designs, while both can be used in a flat bottom design. R Series are available up to 5,000 PSI.
RX Series
RX series are replaceable with R series octagonal gaskets designed for API 6B flanges. RX out perform R series in situations that have higher pressures with more intense vibrations. RX gaskets are available up to 5,000 PSI.
Flange ring joint gasket, Style BX
Ring Joint Gasket, Style IX
IX Seal Rings are designed and used where NORSOK CFC (Compact Flange Connections) are in use. The rings come in three different kinds of steel and are coated with PTFE in varying colors in order to distinguish between them
The designed or materials shall be selected, so that main sealing ares can not be subject to corrosion.
How IX Ring Seal Works?
IX Seal Ring axial forces are exerted on the taper of the metal seal ring and translated into a radial sealing force.
Furthermore with increased pre-load, the bevel is closed and face to face contact is achieved at the outer wedge while most of the bolt pre-load is transferred as compressive forces between the flange faces at the heel.
There are two independent seals. The first seal is created by application of seal seating stress at the flange heel. The flange also remains in contact along it`s outer circumference at the flange faces for all allowable load levels. The main seal is the IX Seal Ring. The seal ring force is provided by the elastic stored energy in the stressed seal ring. Any hell leakage will give intemal pressure acting on the seal ring inside intensifying the sealing action.
The design aims at preventing exposure to oxygen and other corrosive agents. Thus, this prevents corrosion of the flange faces, the stressed length of the bolts and the seal ring.
Application of ring joint gaskets
Usually used in high temperature and high pressure steam, gas, solvent tube flange, tank, pressure vessel, the joint surface, high temperature and high pressure valve, the cover.Oil and gas industry in wellhead sealing and oil extraction tree.
Part Numbers
Model R & RX
Pipe Size |
150 |
Ring Number at Pressure Rating (lbs) |
|||||
300 |
400 |
600 |
900 |
1500 |
2500 |
||
1/2" |
- |
R11 |
- |
R11 |
- |
R12 |
R13 |
3/4" |
- |
R13 |
- |
R13 |
- |
R14 |
R16 |
1" |
R15 |
R16 |
- |
R16 |
- |
R16 |
R18 |
1-1/4" |
R17 |
R18 |
- |
R18 |
- |
R18 |
R21 |
1-1/2" |
R19 |
R/RX20 |
- |
R/RX20 |
- |
R/RX20 |
R/RX23 |
2" |
R22 |
R/RX23 |
- |
R/RX23 |
- |
R/RX24 |
R/RX26 |
2-1/2" |
R/RX25 |
R/RX26 |
- |
R/RX26 |
- |
R/RX27 |
R28 |
3" |
R29 |
R/RX31 |
- |
R/RX31 |
R/RX31 |
R/RX35 |
R32 |
3-1/2" |
R33 |
R34 |
- |
R34 |
- |
- |
- |
4" |
R36 |
R/RX37 |
R/RX37 |
R/RX37 |
R/RX37 |
R/RX39 |
R38 |
5" |
R40 |
R/RX41 |
R/RX41 |
R/RX41 |
R/RX41 |
R/RX44 |
R42 |
6" |
R43 |
R/RX45 |
R/RX45 |
R/RX45 |
R/RX45 |
R/RX46 |
R/RX47 |
8" |
R48 |
R/RX49 |
R/RX49 |
R/RX49 |
R/RX49 |
R/RX50 |
R51 |
10" |
R52 |
R/RX53 |
R/RX53 |
R/RX53 |
R/RX53 |
R/RX54 |
R55 |
12" |
R56 |
R/RX57 |
R/RX57 |
R/RX57 |
R/RX57 |
R58 |
R60 |
14" |
R59 |
R61 |
R61 |
R61 |
R62 |
R/RX63 |
- |
16" |
R64 |
R/RX65 |
R/RX65 |
R/RX65 |
R/RX66 |
R67 |
- |
18" |
R68 |
R/RX69 |
R/RX69 |
R/RX69 |
R/RX70 |
R71 |
- |
20" |
R72 |
R/RX73 |
R/RX73 |
R/RX73 |
R/RX74 |
R75 |
- |
24" |
R76 |
R77 |
R77 |
R77 |
R78 |
R79 |
- |
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