China 2205 Dual Plate Check Valve Supplier,Duplex dual plate check valve,Wafer check valve Manufactur

 

2205 Dual Plate Check Valve,150LB,4 Inch,Wafer Type

2205Dual Plate Check Valve got features of short length, small volume, light weight. The disc could be shut off in very short time, the pressure of water hammer is small. The type check valve could be both installed in vertical or horizational.

1. Light disc design
2. Good flow efficiency
3. Metal closure of upper seat
4. For Wafer, LUG, or BW connection
5. Springs in Inconel X750 or other materials on request

STV Valve Technology Group Co., Ltd is a professional leader ,China High quality and most reliable special material check valve,2205Dual Plate Check Valve,Duplex dual plate check valve, check valves with fast track delivery, Our cost-efficient products can lower the downtime and increase the life-time.

Categories: CHECK VALVE, Wafer Check Valve Tags: 150LB Dual Plate Check Valve, 2205 Dual Plate Check Valve, 4 Inch Dual Plate Check Valve, Wafer Dual Plate Check Valve

• Description

Description

Size: from 2″ to 48″
Pressure: 150 – 1500LB
Material: we can offer valves carried out in Duplex S31803、Super Duplex S32750、Super Duplex S32760
1A、、2A、3A、4A、5A、6A、1B、1C
CD4MCu、CD4MCuN、CD3MCuN、CE8MN、CD6MN、CD3MN、CE3MN、CD3MWCuN
F51、F53、F55、F60
Design and production standard: API 594 or DIN
Distance between flanges: ASME B16.10, EN558, DIN3202
Connected in accordance with standard: ANSI, API, DIN
Test standard: API598, API 600, ISO5208
Medium: The valve is suitable for several media including water, steam, oil, gas, petrol products, nitric acid, acetic acid, etc.
Working temperature: from -46ºC or -50ºC (stainless steel constructions) and -29ºC or -46ºC (carbon steel constructions) up to 600℃

Product Name	2205 Dual Plate Check Valve,150LB,4 Inch,Wafer Type
1. Material	2205
2. Size	4”
4. Port	Full Port
5. Working Pressure	150lb
6. Connection Ends	RF
7. Working Temp.	-29~300ºC,
8. Suitable Medium	Water, Natural Gas, Oil and some corrosive liquid
9. Operated	/
10. Inspection & Testing	According to API598
Shipment
Delivery Time	30 Days
Package	Standard Exporting Plywood Case
Shipping Port	Ningbo/Shanghai, China
Shipping Terms	Exw, FOB, CFR, CIF, etc.
Payment Terms	T/T, Western Union, PayPal, etc.
	30% prepayment, 70% balance paid before shipping
Country of Origin	Wenzhou city, China
Production Capacity	6000 ton/year
MOQ	1 PCS/size

China ASTM A217 WC6 Globe Valve,, ASME B16.10 Globe Valve,carbon steel g...

China Carbon Steel Gate Valve,API 600 Cast Steel Gate Valve,China Cast carbon steel wedge gate valve Manufacturer

Carbon Steel Gate Valve,8 Inch,300 LB,5 Trim,API 600

Model:Z41Y-300LB-8″-WCB

Our Carbon Steel Gate Valve has the following advantages
1. The fluid resistance is small, and the sealing surface is less brushed and eroded by the medium.
2, opening and closing is more labor-saving.
3. The flow direction of the medium is not restricted, no disturbance, no pressure reduction.
4, the shape is simple, the structure length is short, the manufacturing process is good, and the scope of application is wide.

Full Port Design, , Outside and Screw(OS&Y), Bolted bonnet, Back Seal Structure
Flexible or Solid wedge, Fully guided, Choice of Solid or Split wedge
Renewable or welded seat
Extended stem design for low temperature
Optional Bypass system

STV Valve Technology Group Co., Ltd is a professional leader China Carbon Steel Gate Valve,8 Inch Gate Valve,Cast Steel Gate Valve,Cast carbon steel wedge gate valve,300LB Carbon Steel Gate Valve,API 600 Cast Steel Gate Valves,China Cast carbon steel wedge gate valve Manufacturer with high quality and competitive price.

Please contact our sales@stvvalve.com for other materials and details.

Date Sheet:Carbon Steel Gate Valve,8 Inch,300 LB,5 Trim,API 600

Categories: Cast Steel Gate Valve, GATE VALVE Tags: 300LB Carbon Steel Gate Valve, 8 Inch Gate Valve, API 600 Cast Steel Gate Valves, Carbon Steel Gate Valves, Cast carbon steel wedge gate valve

• Description

Description

Design And Manufacture: API 600, API 6D, BS1414,Etc
Face To Face (End To End): ANSI B16.10, API 6D,Etc
Flanged Connection: ANSI B16.5, ASME B16.47 Etc
Butt Welded End: ANSI B16.25,Etc
Test And Inspection: API 598, API 6D,Etc

Size: 1/2″-30″
Pressure:150LB~1500LB
Body Material: Carbon Steel A216 WCB/A105 (GS-C25/ GP240GH/ 1.0619/ P285NH),, WCC, low Carbon Steel LCB, LCC, Alloy St A217 WC6, WC9, C5, C12, Stainless steel A351 CF8, CF8M, CF3, CF3M, CF8C, Duplex steel A890 GR.4A GR.5A,Etc.
Trim Material: 13Cr,SS304,SS316, SS304L, SS316L, F11, F22 Etc
Type: Rising Stem, BB, FB, OS&Y
Operation: Hand Wheel. Gear Devices, Electricty, Etc
End: Flanged RF/ RTJ/ FM/ FF , Butt-welding(BW)

 

Product Name	Carbon Steel Gate Valve,8 Inch,300 LB,5 Trim,API 600
1. Material	WCB
2. Size8	8”
4. Port	Full Port
5. Working Pressure	300lb
6. Connection Ends	RF
7. Working Temp.	-29~425ºC,
8. Suitable Medium	Water, Natural Gas, Oil and some corrosive liquid
9. Operated	Handwheel
10. Inspection & Testing	According to API 598
Shipment
Delivery Time	30 Days
Package	Standard Exporting Plywood Case
Shipping Port	Ningbo/Shanghai, China
Shipping Terms	Exw, FOB, CFR, CIF, etc.
Payment Terms	T/T, Western Union, PayPal, etc.
	30% prepayment, 70% balance paid before shipping
Country of Origin	Wenzhou city, China
Production Capacity	6000 ton/year
MOQ	1 PCS/size

WHAT IS ANSI FLANGE RATING AND FLANGE CLASS

 

Each pipe fitting retains a certain pressure holding ability that is determined by the type and thickness of the metal. A flange is one of the essential parts of a pipe that connects to industrial valves, tools, and other spools of piping and carries the pressure created in the piping system during the operation.

The term “flange pressure rating” refers to a particular classification that specifies the ultimate temperature at which a given flange can withstand a given amount of pressure. The utmost pressure a flange can resist with growing temperature up to a limit for a certain temperature span is indicated by the flange pressure rating or class.

The American National Standards Institute, also known as ANSI, is a nonprofit, independent association that assists in regulating the standards for a variety of goods, services, operations, and personnel. One can be sure to get the appropriate flange given the material and the maximum pressure and temperature to which it will be subjected by looking at the ANSI rating.

Seven flange pressure ratings are delivered by the ASME or ANSI B16.5 standard, which are: 150, 300, 400, 600, 900, 1500, and 2500. Additionally referred to as the flange class, they are identified by the class and observed by any of the dimensionless integers. The terms “pound rating” and “pressure class rating” are also used to describe them.

Here are some vital features of flange classes are:

• If the flange rating is high, the more pressure and temperature flanged valve can resist.
• In comparison to flanges with less grades, those with higher values are thicker, heavier, and stronger.
• Because flange dimensions fluctuate as pressure rating classes change, a flange from one pressure class might not match with a flange from an elevated or lower class.
• The number of bolts grows along with the pressure rating, boosting the bolt area. By improving the bolt’s capacity to carry force and moment, the gain in bolt area decreases the potential for flange leakage.

What To Know About ANSI Flange Pressure Rating Chart

Flanges, valves, and fittings are governed by a variety of standards, but ANSI pressure ratings are arguably the most widely used set of guidelines. There are seven distinct ANSI flange pressure ratings. The flange will be smaller, lighter, and less robust if the flange rating is less.

140 pounds psi is the most that a class-150 carbon steel flange can resist when exposed to 600 degrees Fahrenheit. A class-300 flange with identical other specifications can sustain 570 psi. With the exact substance and bore size, a class-2500 flange can sustain up to 4730 psi, which is 34 times more pressure compared to a 150-class flange.

ANSI flanges are utilized for all applications other than oil drilling and well heading. For flanges up to 24 inches in diameter, ANSI B16.5 is utilized, and for flanges larger than 24 inches, ANSI B16.47 is employed.

Pressure Rating Designation Of Flanges

The results of the ANSI pressure rating chart are displayed in Class, Lb, or Pound. The designation of the pressure-temperature rating of flanges is class, which is followed by an arbitrary number. There are seven different sorts of flange rating designations, each denoted by a “#”:

• 150#
• 300#
• 400#
• 600#
• 900#
• 1500#
• 2500#

The pound system is represented by the symbol “#,” which is also symbolized by “Lb.” Numerous designations, including 150 Lb, 150 Lbs, 150#, and Class 150, are used to identify flanges and these all signify the same thing. However, there is just one signal that is accurate, which is “Pressure class.”

All of these signs just represent the idea of a flange’s pressure or temperature capability for valves and are interchangeable. This pressure or temperature performance is crucial since it aids in the selection of the best flange for the circumstances.

A Brief Guide To ANSI Flange Pressure Rating Chart

Check out the details of the ANSI flange pressure ratings chart about class 1 flanges.

Class 150

• If the temperature for Class 1 150# flange is < 100 degrees Fahrenheit, the maximum pressure for flanges is 285 psi.
• If the temperature for Class 1 150# flange is 200 degrees Fahrenheit, the maximum pressure for flanges is 260 psi.
• If the temperature for Class 1 150# flange is 300 degrees Fahrenheit, the maximum pressure for flanges is 230 psi.
• If the temperature for Class 1 150# flange is 400 degrees Fahrenheit, the maximum pressure for flanges is 200 psi.
• If the temperature for Class 1 150# flange is 500 degrees Fahrenheit, the maximum pressure for flanges is 170 psi.
• If the temperature for Class 1 150# flange is 600 degrees Fahrenheit, the maximum pressure for flanges is 140 psi.
• If the temperature for Class 1 150# flange is 700 degrees Fahrenheit, the maximum pressure for flanges is 110 psi.
• If the temperature for Class 1 150# flange is 800 degrees Fahrenheit, the maximum pressure for flanges is 80 psi.
• If the temperature for Class 1 150# flange is 900 degrees Fahrenheit, the maximum pressure for flanges is 50 psi.
• If the temperature for Class 1 150# flange is 1000 degrees Fahrenheit, the maximum pressure for flanges is 20 psi.

Class 300

• If the temperature for Class 1 300# flange is < 100 degrees Fahrenheit, the maximum pressure for flanges is 740 psi.
• If the temperature for Class 1 300# flange is 200 degrees Fahrenheit, the maximum pressure for flanges is 680 psi.
• If the temperature for Class 1 300# flange is 300 degrees Fahrenheit, the maximum pressure for flanges is 655 psi.
• If the temperature for Class 1 300# flange is 400 degrees Fahrenheit, the maximum pressure for flanges is 635 psi.
• If the temperature for Class 1 300# flange is 500 degrees Fahrenheit, the maximum pressure for flanges is 605 psi.
• If the temperature for Class 1 300# flange is 600 degrees Fahrenheit, the maximum pressure for flanges is 570 psi.
• If the temperature for Class 1 300# flange is 700 degrees Fahrenheit, the maximum pressure for flanges is 530 psi.
• If the temperature for Class 1 300# flange is 800 degrees Fahrenheit, the maximum pressure for flanges is 410 psi.
• If the temperature for Class 1 300# flange is 900 degrees Fahrenheit, the maximum pressure for flanges is 230 psi.
• If the temperature for Class 1 300# flange is 1000 degrees Fahrenheit, the maximum pressure for flanges is 85 psi.

Class 400

• If the temperature for Class 1 400# flange is < 100 degrees Fahrenheit, the maximum pressure for flanges is 985 psi.
• If the temperature for Class 1 400# flange is 200 degrees Fahrenheit, the maximum pressure for flanges is 905 psi.
• If the temperature for Class 1 400# flange is 300 degrees Fahrenheit, the maximum pressure for flanges is 870 psi.
• If the temperature for Class 1 400# flange is 400 degrees Fahrenheit, the maximum pressure for flanges is 845 psi.
• If the temperature for Class 1 400# flange is 500 degrees Fahrenheit, the maximum pressure for flanges is 805 psi.
• If the temperature for Class 1 400# flange is 600 degrees Fahrenheit, the maximum pressure for flanges is 755 psi.
• If the temperature for Class 1 400# flange is 700 degrees Fahrenheit, the maximum pressure for flanges is 710 psi.
• If the temperature for Class 1 400# flange is 800 degrees Fahrenheit, the maximum pressure for flanges is 550 psi.
• If the temperature for Class 1 400# flange is 900 degrees Fahrenheit, the maximum pressure for flanges is 305 psi.
• If the temperature for Class 1 400# flange is 1000 degrees Fahrenheit, the maximum pressure for flanges is 115 psi.

Class 600

• If the temperature for Class 1 600# flange is < 100 degrees Fahrenheit, the maximum pressure for flanges is 1480 psi.
• If the temperature for Class 1 600# flange is 200 degrees Fahrenheit, the maximum pressure for flanges is 1360 psi.
• If the temperature for Class 1 600# flange is 300 degrees Fahrenheit, the maximum pressure for flanges is 1310 psi.
• If the temperature for Class 1 600# flange is 400 degrees Fahrenheit, the maximum pressure for flanges is 1265 psi.
• If the temperature for Class 1 600# flange is 500 degrees Fahrenheit, the maximum pressure for flanges is 1205 psi.
• If the temperature for Class 1 600# flange is 600 degrees Fahrenheit, the maximum pressure for flanges is 1135 psi.
• If the temperature for Class 1 600# flange is 700 degrees Fahrenheit, the maximum pressure for flanges is 1060 psi.
• If the temperature for Class 1 600# flange is 800 degrees Fahrenheit, the maximum pressure for flanges is 825 psi.
• If the temperature for Class 1 600# flange is 900 degrees Fahrenheit, the maximum pressure for flanges is 460 psi.
• If the temperature for Class 1 600# flange is 1000 degrees Fahrenheit, the maximum pressure for flanges is 170 psi.

Class 900

• If the temperature for Class 1 900# flange is < 100 degrees Fahrenheit, the maximum pressure for flanges is 2220 psi.
• If the temperature for Class 1 900# flange is 200 degrees Fahrenheit, the maximum pressure for flanges is 2035 psi.
• If the temperature for Class 1 900# flange is 300 degrees Fahrenheit, the maximum pressure for flanges is 1965 psi.
• If the temperature for Class 1 900# flange is 400 degrees Fahrenheit, the maximum pressure for flanges is 1900 psi.
• If the temperature for Class 1 900# flange is 500 degrees Fahrenheit, the maximum pressure for flanges is 1810 psi.
• If the temperature for Class 1 900# flange is 600 degrees Fahrenheit, the maximum pressure for flanges is 1705 psi.
• If the temperature for Class 1 900# flange is 700 degrees Fahrenheit, the maximum pressure for flanges is 1590 psi.
• If the temperature for Class 1 900# flange is 800 degrees Fahrenheit, the maximum pressure for flanges is 1235 psi.
• If the temperature for Class 1 900# flange is 900 degrees Fahrenheit, the maximum pressure for flanges is 690 psi.
• If the temperature for Class 1 900# flange is 1000 degrees Fahrenheit, the maximum pressure for flanges is 255 psi.

Class 1500

• If the temperature for Class 1 1500# flange is < 100 degrees Fahrenheit, the maximum pressure for flanges is 3705 psi.
• If the temperature for Class 1 1500# flange is 200 degrees Fahrenheit, the maximum pressure for flanges is 3395 psi.
• If the temperature for Class 1 1500# flange is 300 degrees Fahrenheit, the maximum pressure for flanges is 3270 psi.
• If the temperature for Class 1 1500# flange is 400 degrees Fahrenheit, the maximum pressure for flanges is 3170 psi.
• If the temperature for Class 1 1500# flange is 500 degrees Fahrenheit, the maximum pressure for flanges is 3015 psi.
• If the temperature for Class 1 1500# flange is 600 degrees Fahrenheit, the maximum pressure for flanges is 2840 psi.
• If the temperature for Class 1 1500# flange is 700 degrees Fahrenheit, the maximum pressure for flanges is 2655 psi.
• If the temperature for Class 1 1500# flange is 800 degrees Fahrenheit, the maximum pressure for flanges is 2055 psi.
• If the temperature for Class 1 1500# flange is 900 degrees Fahrenheit, the maximum pressure for flanges is 1150 psi.
• If the temperature for Class 1 1500# flange is 1000 degrees Fahrenheit, the maximum pressure for flanges is 430 psi.

Class 2500

• If the temperature for Class 1 2500# flange is < 100 degrees Fahrenheit, the maximum pressure for flanges is 6170 psi.
• If the temperature for Class 1 2500# flange is 200 degrees Fahrenheit, the maximum pressure for flanges is 5655 psi.
• If the temperature for Class 1 2500# flange is 300 degrees Fahrenheit, the maximum pressure for flanges is 5450 psi.
• If the temperature for Class 1 2500# flange is 400 degrees Fahrenheit, the maximum pressure for flanges is 5280 psi.
• If the temperature for Class 1 2500# flange is 500 degrees Fahrenheit, the maximum pressure for flanges is 5025 psi.
• If the temperature for Class 1 2500# flange is 600 degrees Fahrenheit, the maximum pressure for flanges is 4730 psi.
• If the temperature for Class 1 2500# flange is 700 degrees Fahrenheit, the maximum pressure for flanges is 4425 psi.
• If the temperature for Class 1 2500# flange is 800 degrees Fahrenheit, the maximum pressure for flanges is 3430 psi.
• If the temperature for Class 1 2500# flange is 900 degrees Fahrenheit, the maximum pressure for flanges is 1915 psi.
• If the temperature for Class 1 2500# flange is 1000 degrees Fahrenheit, the maximum pressure for flanges is 715 psi.

What Is The Effect Of Flange Pressure Rating On Flange Size

A method of grouping different pressure-temperature established ratings of flanges as per the flange material is known as flange pressure rating. There are a few aesthetic characteristics that distinguish a lower-class flange from a higher-class flange:

• A flange with a comparatively higher grade is thicker and has greater pressure and temperature resistance.
• The flange’s outside diameter will grow as the flange pressure rating does.
• In accordance with the flange pressure rating, the bolt circle diameter will rise.
• With higher flange classes comes larger bolt holes and more bolts to install.
• Higher flange ratings also result in wider flange faces.

• Conclusion

  At some particular temperature requirements, a flange with an elevated rating or class is more powerful than a flange with less rating or class. If they are constructed of the same material and have a higher grade, flanges can tolerate more pressure and heat. At the exact rating and flange class, a flange manufactured of a distinct material will have a varied holding capability for pressure and temperature.
  Flanged valves play an important role in every industrial application, hope this article could help you find the best valve for your application. If you need high quality flanged valves, feel free to catact us sales@stvvalves.com