Monel 400 Valve

Monel 400 Valve, EN 2.4360 Valve 


1. Key Features of Monel 400 Valves:

 

Monel 400 is a solution-treated nickel-copper alloy. Due to its excellent corrosion resistance, high strength, and good durability, it is suitable for a wide temperature range.

 

2. Advantages of Monel 400 Valves Manufactured by Freeman Valve:

 

2.1 Excellent Corrosion Resistance:

 

a. Monel 400 valves manufactured by Freeman Valve are resistant to seawater, salt spray, hydrofluoric acid, fluorine gas, and alkaline solutions, especially superior to stainless steel in reducing media;

 

b. Monel 400 valves manufactured by Freeman Valve have strong resistance to chloride stress corrosion cracking (SCC), making them suitable for environments containing Cl⁻ (such as seawater desalination).

 

2.2 Excellent Mechanical Properties:

 

a. Freeman Valve's Monel 400 valves are characterized by high strength, good toughness, and high plasticity (maintaining performance even at low temperatures);

 

b. Freeman Valve's Monel 400 valves are suitable for a wide operating temperature range (-200°C to +600°C).

 

2.3 Resistance to Wear and Erosion Corrosion:

 

Freeman Valve's Monel 400 valves are ideal for high-speed fluids or media containing particles;

 

3. Points to Note When Using Monel 400 Valves:

 

Monel 400 valves are not resistant to oxidizing acids and corrode rapidly in strong oxidizing media such as nitric acid and concentrated sulfuric acid.

 

4. Classic Applications of Freeman Valve's Monel 400 Valves:

 

4.1 Freeman Valve's Monel 400 valves have been widely used in marine and seawater systems.

For example: seawater heat exchangers and other equipment resistant to seawater corrosion.

 

4.2 Freeman Valve's Monel 400 valves are widely used in hydrofluoric acid (HF) equipment.

For example: hydrofluoric acid storage tanks, pipelines, etc. (Monel is one of the few metallic materials resistant to HF).

 

4.3 Freeman Valve's Monel 400 valves are widely used in the oil and gas equipment sector.

For example: downhole equipment (resistant to H₂S and CO₂ corrosion).

 

4.4 Freeman Valve's Monel 400 valves are widely used in chemical process equipment.

For example: sulfuric acid/hydrochloric acid reactors, distillation columns, condensers (for low to medium concentration, non-oxidizing environments).

 

4.5 Freeman Valve's Monel 400 valves are widely used in bleaching equipment in the paper industry, and in hot salt systems (such as molten salt reactors).

 


Corrosion Resistance Analysis of Freeman Valve's Monel 400 Valves in Seawater Environments

 

Monel 400 (UNS N04400) is a nickel-copper alloy (approximately 67% Ni and 30% Cu). Due to its excellent resistance to seawater corrosion, it is widely used in marine engineering, shipbuilding, and seawater desalination. However, it still has limitations under certain specific conditions. The following is a detailed analysis of its advantages and disadvantages.

 

1. Corrosion Resistance Advantages of Monel 400 Valves in Seawater

 

1.1 Excellent Resistance to Uniform Corrosion:

 

1.1.1 High Corrosion Resistance to Seawater (High Cl⁻ Environment):

 

a. Freeman Valve's Monel 400 valves exhibit extremely low corrosion rates (typically <0.025 mm/year) in normal temperature seawater (pH 7.5-8.4), superior to 304/316 stainless steel (which is prone to pitting corrosion).

 

b. Freeman Valve's Monel 400 valves are resistant to salt spray corrosion and are suitable for marine atmospheric environments (such as offshore platforms and ship deck equipment). 


1.1.2 Resistance to Flowing Seawater Erosion Corrosion:

Freeman Valve's Monel 400 valves have a high nickel content, giving them excellent resistance to erosion corrosion, making them suitable for high-speed fluid environments.

 

1.2 Resistance to Chloride Stress Corrosion Cracking (Cl-SCC): 

Due to its high nickel content, Freeman Valve's Monel 400 valves are not sensitive to stress corrosion cracking, making them ideal for seawater pipeline systems and heat exchangers (especially in high-temperature seawater conditions).

 

1.3 Resistance to Biofouling and Microbial Corrosion (MIC):

Freeman Valve's Monel 400 valves have a high copper content (up to 30%), giving them antibacterial properties. This effectively reduces the attachment of marine organisms such as barnacles and algae, lowering the risk of microbial corrosion.

 

1.4 Excellent Low-Temperature Performance: 

Freeman Valve's Monel 400 valves maintain their toughness and show no tendency to become embrittled in extremely cold seawater, making them ideal for cryogenic marine equipment.

 

2. Limitations of Monel 400 Valve Corrosion Resistance in Seawater

 

2.1 Sensitivity of Monel 400 Valves to Wear from High-Voltage Seawater Containing Sand: 

While Monel 400 valves are resistant to erosion corrosion, prolonged high flow rates in seawater containing suspended sand particles (such as in nearshore waters) can accelerate wear (requiring the use of a wear-resistant coating).

 

2.2 Sensitivity of Monel 400 Valves to Localized Corrosion (Pitting, Crevice Corrosion):

 

a. Pitting: Monel 400 valves may experience slight pitting corrosion in stagnant seawater or low-oxygen environments (such as dead zones in pipelines) (but far less than with stainless steel). This can be mitigated by increasing the flow rate or using cathodic protection (such as sacrificial anodes).

 

b. Crevice Corrosion: Monel 400 valves may experience corrosion due to oxygen concentration cells in areas such as connections and gasket gaps (design optimization is needed to avoid crevice corrosion).

 

2.3 Sulfide (H₂S) Sensitivity:

 

In anaerobic seawater (such as in seabed silt areas), sulfate-reducing bacteria (SRB) may produce H₂S, leading to sulfide stress corrosion cracking (SSCC) in Monel 400 valves. However, this can be mitigated by cathodic protection (such as zinc anodes).

 

3. Conclusion

 

Monel 400 valves are alloy valves with excellent corrosion resistance in seawater environments, especially suitable for flowing seawater, high-temperature seawater, and SCC resistance applications. However, in high-wear, H₂S environments, or budget-constrained situations, alternative solutions (such as titanium alloys or super duplex steel) need to be evaluated.

 

Corrosion Resistance Analysis of Freeman Valve's Monel 400 Valves to KOH

 

Monel 400's corrosion resistance mechanism relies on the formation of a stable protective oxide film on a high-nickel matrix under strongly alkaline conditions, preventing alkali embrittlement (caustic SCC).

 

The uniform corrosion rate of Monel 400 valves to KOH:

 

① At room temperature (25℃), the corrosion rate of Monel 400 valves to any concentration of KOH is approximately 0.01 mm/a;

 

② At temperature between 100 and 110℃, the corrosion rate of Monel 400 valves to KOH concentrations of 0-50% is approximately 0.05 mm/a;

 

③ At temperature between 120 and 150℃, the corrosion rate of Monel 400 valves to KOH concentrations of 0-70% is approximately 0.1 mm/a. In this case, a corrosion allowance must be allowed;

 

④ At temperature >150℃, the corrosion rate of Monel 400 valves to KOH concentrations >70% is >0.1 mm/a. In this case, Nickel 200 valves should be selected.

 

In summary, Monel 400 valves are virtually immune to caustic SCC in hot, concentrated KOH solutions, which is its greatest advantage.

 

Corrosion Resistance Analysis of Freeman Valve's Monel 400 Valves to Hydrofluoric Acid

 

Under reducing, deoxygenated hydrofluoric acid conditions, the Monel 400 valve forms a dense and stable nickel-copper fluoride protective film on its surface, preventing further dissolution of the substrate.

 

Uniform Corrosion Rate of Monel 400 Valves to Hydrofluoric Acid:

 

① At room temperature (25℃), the corrosion rate of Monel 400 valves to aqueous hydrofluoric acid of any concentration is approximately 0.02 mm/a;

 

② At temperatures ≤80℃, the corrosion rate of Monel 400 valves to full-concentration aqueous hydrofluoric acid is approximately 0.05 mm/a;

 

③ At temperatures between 110 and 120℃, the corrosion rate of Monel 400 valves to 40-70% concentration aqueous hydrofluoric acid is approximately 0.13 mm/a;

 

④ At temperatures ≤230℃, the corrosion rate of Monel 400 valves to anhydrous hydrofluoric acid is approximately 0.05 mm/a.

 

In summary, Monel 400 valves exhibit excellent corrosion resistance to deoxygenated, air-isolated liquid hydrofluoric acid (both aqueous and anhydrous hydrofluoric acid) across a wide temperature range and at all concentrations.


Type of MONEL 400 Valve:

MONEL 400 Ball Valve;

MONEL 400 Instrument Ball Valve;

MONEL 400 Sleeve Plug Valve;

MONEL 400 Wedge Gate Valve;

MONEL 400 Globe Valve;

MONEL 400 Swing Check Valve;

MONEL 400 Lift Check Valve;

MONEL 400 Piston Check Valve;

MONEL 400 Wafer Check Valve;

MONEL 400 Triple Offset Butterfly Valve;

MONEL 400 Y Type Strainer;

MONEL 400 T Type Strainer;

MONEL 400 Basket Type Strainer;

MONEL 400 Diaphragm Valve;

MONEL 400 Spring Loaded Safety Valve.

 

Design and Test Standard of MONEL 400 Valve:

MONEL 400 High Performance Ball Valve Design Acc. to ASME B16.34, Test Acc. to API 598;

MONEL 400 High Performance Ball Valve Design Acc. to EN 12516-1/2, Test Acc. to EN 12266-1/2;

MONEL 400 Instrument Ball Valve Design Acc. to ASME B16.34, Test Acc. to API 598;

MONEL 400 Instrument Ball Valve Design Acc. to EN 12516-1/2, Test Acc. to EN 12266-1/2;

MONEL 400 Sleeve Plug Valve Design Acc. to API 599 & ASME B16.34, Test Acc. to API 598;

MONEL 400 Wedge Gate Valve Design Acc. to API 603 & ASME B16.34, Test Acc. to API 598;

MONEL 400 Wedge Gate Valve Design Acc. to API 602, Test Acc. to API 598;

MONEL 400 Wedge Gate Valve Design Acc. to EN 1984 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

MONEL 400 Globe Valve Design Acc. to BS 1873 & ASME B16.34, Test Acc. to API 598;

MONEL 400 Globe Valve Design Acc. to API 602, Test Acc. to API 598;

MONEL 400 Globe Valve Design Acc. to EN 13709 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

MONEL 400 Swing Check Valve Design Acc. to API 594 & ASME B16.34, Test Acc. to API 598;

MONEL 400 Swing Check Valve Design Acc. to EN 16767 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

MONEL 400 Lift Check Valve Design Acc. to API 594 & ASME B16.34, Test Acc. to API 598;

MONEL 400 Lift Check Valve Design Acc. to EN 16767 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

MONEL 400 Piston Check Valve Design Acc. to API 594 & ASME B16.34, Test Acc. to API 598;

MONEL 400 Piston Check Valve Design Acc. to EN 16767 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

MONEL 400 Wafer Check Valve Design Acc. to API 594 & ASME B16.34, Test Acc. to API 598;

MONEL 400 Wafer Check Valve Design Acc. to EN 16767 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

MONEL 400 Check Valve Design Acc. to API 602, Test Acc. to API 598;

MONEL 400 Triple Offset Butterfly Valve Design Acc. to API 609 & ASME B16.34, Test Acc. to API 598;

MONEL 400 Triple Offset Butterfly Valve Design Acc. to EN 593 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

MONEL 400 Y Type Strainer Design Acc. to ASME B16.34, Test Acc. to API 598;

MONEL 400 Y Type Strainer Design Acc. to EN 12516-1/2, Test Acc. to EN 12266-1/2;

MONEL 400 T Type Strainer Design Acc. to ASME B16.34, Test Acc. to API 598;

MONEL 400 T Type Strainer Design Acc. to EN 12516-1/2, Test Acc. to EN 12266-1/2;

MONEL 400 Basket Type Strainer Design Acc. to ASME B16.34, Test Acc. to API 598;

MONEL 400 Basket Type Strainer Design Acc. to EN 12516-1/2, Test Acc. to EN 12266-1/2;

MONEL 400 Diaphragm Valve Design Acc. to ASME B16.34, Test Acc. to API 598;

MONEL 400 Diaphragm Valve Design Acc. to EN 12516-1/2, Test Acc. to EN 12266-1/2;

MONEL 400 Spring Loaded Safety Valve Design Acc. to API 520 & API 526, Test Acc. to API 527;

MONEL 400 Spring Loaded Safety Valve Design Acc. to ISO 4126, Test Acc. to ISO 4126.

 

Surface Finishing of MONEL 400 Valve:

All MONEL 400 Valve surface is finely machined to achieve the required roughness and conforms to standard MSS SP-55.

 

Size of MONEL 400 Valve:

From 1/4’’ to 48’’ (ANSI Standard MONEL 400 Valve);

From DN8 to DN1200 (EN Standard MONEL 400 Valve, DIN Standard MONEL 400 Valve).

 

Face to Face of MONEL 400 Valve:

Face to Face Acc. to ASME B16.10 (ANSI Standard MONEL 400 Valve);

Face to Face Acc. to EN 558-1 (EN Standard MONEL 400 Valve, DIN Standard MONEL 400 Valve).

 

Pressure Rating of MONEL 400 Valve:

ANSI Class 150 MONEL 400 Valve (ANSI Standard MONEL 400 Valve);

ANSI Class 300 MONEL 400 Valve (ANSI Standard MONEL 400 Valve);

ANSI Class 600 MONEL 400 Valve (ANSI Standard MONEL 400 Valve);

ANSI Class 800 MONEL 400 Valve (ANSI Standard MONEL 400 Valve);

ANSI Class 900 MONEL 400 Valve (ANSI Standard MONEL 400 Valve);

ANSI Class 1500 MONEL 400 Valve (ANSI Standard MONEL 400 Valve);

ANSI Class 2500 MONEL 400 Valve (ANSI Standard MONEL 400 Valve);

EN 1092 PN 16 MONEL 400 Valve (EN Standard MONEL 400 Valve, DIN Standard MONEL 400 Valve);

EN 1092 PN 25 MONEL 400 Valve (EN Standard MONEL 400 Valve, DIN Standard MONEL 400 Valve);

EN 1092 PN 40 MONEL 400 Valve (EN Standard MONEL 400 Valve, DIN Standard MONEL 400 Valve);

EN 1092 PN 63 MONEL 400 Valve (EN Standard MONEL 400 Valve, DIN Standard MONEL 400 Valve);

EN 1092 PN 100 MONEL 400 Valve (EN Standard MONEL 400 Valve, DIN Standard MONEL 400 Valve);

EN 1092 PN 160 MONEL 400 Valve (EN Standard MONEL 400 Valve, DIN Standard MONEL 400 Valve);

EN 1092 PN 250 MONEL 400 Valve (EN Standard MONEL 400 Valve, DIN Standard MONEL 400 Valve);

EN 1092 PN 320 MONEL 400 Valve (EN Standard MONEL 400 Valve, DIN Standard MONEL 400 Valve);

EN 1092 PN 400 MONEL 400 Valve (EN Standard MONEL 400 Valve, DIN Standard MONEL 400 Valve).

 

Working Temperature of MONEL 400 Valve:

Please refer to the "Temperature and Pressure Curve of MONEL 400 Valve" for temperature and pressure changes.

 

Ends Connection of MONEL 400 Valve:

ANSI Flange Ends MONEL 400 Valve;

ANSI Integral Flange Ends MONEL 400 Valve;

ANSI Welded Flange Ends MONEL 400 Valve;

Butt Weld (ASME B16.25) Ends MONEL 400 Valve;

Butt Weld x ANSI Flange Ends MONEL 400 Valve;

EN 1092 Flange Ends MONEL 400 Valve;

EN 1092 Integral Flange Ends MONEL 400 Valve;

EN 1092 Welded Flange Ends MONEL 400 Valve;

Butt Weld (EN 12627) Ends MONEL 400 Valve;

Butt Weld (ISO 1127) Ends MONEL 400 Valve;

Butt Weld x EN 1092 Flange Ends MONEL 400 Valve;

Male NPT (ASME B1.20.1) Ends MONEL 400 Valve;

Male BSPP (ISO 228-1) Ends MONEL 400 Valve;

Male BSPT (ISO 7-1) Ends MONEL 400 Valve;

Male NPT x Female NPT Ends MONEL 400 Valve;

Male BSPP x Female BSPP Ends MONEL 400 Valve;

Male BSPT x Female BSPT Ends MONEL 400 Valve;

Male NPT x Long Butt Weld (+100 mm) Ends MONEL 400 Valve;

Male BSPP x Long Butt Weld (+100 mm) Ends MONEL 400 Valve;

Male BSPT x Long Butt Weld (+100 mm) Ends MONEL 400 Valve;

Female NPT (ASME B1.20.1) Ends MONEL 400 Valve;

Female BSPP (ISO 228-1) Ends MONEL 400 Valve;

Female BSPT (ISO 7-1) Ends MONEL 400 Valve;

Socket Weld (ASME B16.11) Ends MONEL 400 Valve;

Socket Weld (EN 12760) Ends MONEL 400 Valve;

Female NPT x Socket Weld Ends MONEL 400 Valve;

Female BSPP x Socket Weld Ends MONEL 400 Valve;

Female BSPT x Socket Weld Ends MONEL 400 Valve;

Butt Weld (ASME B16.25) Ends MONEL 400 Valve;

Butt Weld (EN 12627) Ends MONEL 400 Valve;

Female NPT x Butt Weld Ends MONEL 400 Valve;

Female BSPP x Butt Weld Ends MONEL 400 Valve;

Female BSPT x Butt Weld Ends MONEL 400 Valve;

Female NPT x Long Butt Weld Ends (+100 mm) Ends MONEL 400 Valve;

Female BSPP x Long Butt Weld Ends (+100 mm) Ends MONEL 400 Valve;

Female BSPT x Long Butt Weld Ends (+100 mm) Ends MONEL 400 Valve;

Long Butt Weld Ends (+100 mm Weld Stub) Ends MONEL 400 Valve.

 

CE Marking of MONEL 400 Valve:

CE Marking is Available to MONEL 400 Valve with a Diameter of DN32 or Larger.

 

Chemical Composition of MONEL 400 Valve:

For the Chemical Composition of MONEL 400 Valve, please refer to EN 10204 Type 3.1 certificate.

 

Mechanical Properties of MONEL 400 Valve:

For the Mechanical Properties of MONEL 400 Valve, please refer to EN 10204 Type 3.1 certificate.

 

Certificate of MONEL 400 Valve:

All MONEL 400 Valve will be delivered with EN 10204 Type 3.1 Certificate.

 

Operation of MONEL 400 Valve:

Level Operation of MONEL 400 Valve;

Handwheel Operation of MONEL 400 Valve;

Pneumatic Actuator Operation of MONEL 400 Valve;

Electric Actuator Operation of MONEL 400 Valve.

 

Approvals of MONEL 400 Valve:

MSS SP-55 Certified of MONEL 400 Valve;

NACE MR 0175 Certified of MONEL 400 Valve

API 607 Fire Safe Certified of MONEL 400 Valve;

ISO 9001 Certified of MONEL 400 Valve;

PED Certified of MONEL 400 Valve.

 

Available Upon Request of MONEL 400 Valve:

NACE MR0175 is available upon request of MONEL 400 Valve;

ATEX is available upon request of MONEL 400 Valve;

TA-LUFT is available upon request of MONEL 400 Valve;

SIL is available upon request of MONEL 400 Valve;

Degreasing is available upon request of MONEL 400 Valve;

Fire Safe is available upon request of MONEL 400 Valve;

Stem Extension is available upon request of MONEL 400 Valve;

Double Block and Bleed is available upon request of MONEL 400 Valve.

 

Type of EN 2.4360 Valve:

EN 2.4360 Ball Valve;

EN 2.4360 Instrument Ball Valve;

EN 2.4360 Sleeve Plug Valve;

EN 2.4360 Wedge Gate Valve;

EN 2.4360 Globe Valve;

EN 2.4360 Swing Check Valve;

EN 2.4360 Lift Check Valve;

EN 2.4360 Piston Check Valve;

EN 2.4360 Wafer Check Valve;

EN 2.4360 Triple Offset Butterfly Valve;

EN 2.4360 Y Type Strainer;

EN 2.4360 T Type Strainer;

EN 2.4360 Basket Type Strainer;

EN 2.4360 Diaphragm Valve;

EN 2.4360 Spring Loaded Safety Valve.

 

Design and Test Standard of EN 2.4360 Valve:

EN 2.4360 High Performance Ball Valve Design Acc. to ASME B16.34, Test Acc. to API 598;

EN 2.4360 High Performance Ball Valve Design Acc. to EN 12516-1/2, Test Acc. to EN 12266-1/2;

EN 2.4360 Instrument Ball Valve Design Acc. to ASME B16.34, Test Acc. to API 598;

EN 2.4360 Instrument Ball Valve Design Acc. to EN 12516-1/2, Test Acc. to EN 12266-1/2;

EN 2.4360 Sleeve Plug Valve Design Acc. to API 599 & ASME B16.34, Test Acc. to API 598;

EN 2.4360 Wedge Gate Valve Design Acc. to API 603 & ASME B16.34, Test Acc. to API 598;

EN 2.4360 Wedge Gate Valve Design Acc. to API 602, Test Acc. to API 598;

EN 2.4360 Wedge Gate Valve Design Acc. to EN 1984 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

EN 2.4360 Globe Valve Design Acc. to BS 1873 & ASME B16.34, Test Acc. to API 598;

EN 2.4360 Globe Valve Design Acc. to API 602, Test Acc. to API 598;

EN 2.4360 Globe Valve Design Acc. to EN 13709 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

EN 2.4360 Swing Check Valve Design Acc. to API 594 & ASME B16.34, Test Acc. to API 598;

EN 2.4360 Swing Check Valve Design Acc. to EN 16767 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

EN 2.4360 Lift Check Valve Design Acc. to API 594 & ASME B16.34, Test Acc. to API 598;

EN 2.4360 Lift Check Valve Design Acc. to EN 16767 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

EN 2.4360 Piston Check Valve Design Acc. to API 594 & ASME B16.34, Test Acc. to API 598;

EN 2.4360 Piston Check Valve Design Acc. to EN 16767 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

EN 2.4360 Wafer Check Valve Design Acc. to API 594 & ASME B16.34, Test Acc. to API 598;

EN 2.4360 Wafer Check Valve Design Acc. to EN 16767 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

EN 2.4360 Check Valve Design Acc. to API 602, Test Acc. to API 598;

EN 2.4360 Triple Offset Butterfly Valve Design Acc. to API 609 & ASME B16.34, Test Acc. to API 598;

EN 2.4360 Triple Offset Butterfly Valve Design Acc. to EN 593 & EN 12516-1/2, Test Acc. to EN 12266-1/2;

EN 2.4360 Y Type Strainer Design Acc. to ASME B16.34, Test Acc. to API 598;

EN 2.4360 Y Type Strainer Design Acc. to EN 12516-1/2, Test Acc. to EN 12266-1/2;

EN 2.4360 T Type Strainer Design Acc. to ASME B16.34, Test Acc. to API 598;

EN 2.4360 T Type Strainer Design Acc. to EN 12516-1/2, Test Acc. to EN 12266-1/2;

EN 2.4360 Basket Type Strainer Design Acc. to ASME B16.34, Test Acc. to API 598;

EN 2.4360 Basket Type Strainer Design Acc. to EN 12516-1/2, Test Acc. to EN 12266-1/2;

EN 2.4360 Diaphragm Valve Design Acc. to ASME B16.34, Test Acc. to API 598;

EN 2.4360 Diaphragm Valve Design Acc. to EN 12516-1/2, Test Acc. to EN 12266-1/2;

EN 2.4360 Spring Loaded Safety Valve Design Acc. to API 520 & API 526, Test Acc. to API 527;

EN 2.4360 Spring Loaded Safety Valve Design Acc. to ISO 4126, Test Acc. to ISO 4126.

 

Surface Finishing of EN 2.4360 Valve:

All EN 2.4360 Valve surface is finely machined to achieve the required roughness and conforms to standard MSS SP-55.

 

Size of EN 2.4360 Valve:

From 1/4’’ to 48’’ (ANSI Standard EN 2.4360 Valve);

From DN8 to DN1200 (EN Standard EN 2.4360 Valve, DIN Standard EN 2.4360 Valve).

 

Face to Face of EN 2.4360 Valve:

Face to Face Acc. to ASME B16.10 (ANSI Standard EN 2.4360 Valve);

Face to Face Acc. to EN 558-1 (EN Standard EN 2.4360 Valve, DIN Standard EN 2.4360 Valve).

 

Pressure Rating of EN 2.4360 Valve:

ANSI Class 150 EN 2.4360 Valve (ANSI Standard EN 2.4360 Valve);

ANSI Class 300 EN 2.4360 Valve (ANSI Standard EN 2.4360 Valve);

ANSI Class 600 EN 2.4360 Valve (ANSI Standard EN 2.4360 Valve);

ANSI Class 800 EN 2.4360 Valve (ANSI Standard EN 2.4360 Valve);

ANSI Class 900 EN 2.4360 Valve (ANSI Standard EN 2.4360 Valve);

ANSI Class 1500 EN 2.4360 Valve (ANSI Standard EN 2.4360 Valve);

ANSI Class 2500 EN 2.4360 Valve (ANSI Standard EN 2.4360 Valve);

EN 1092 PN 16 EN 2.4360 Valve (EN Standard EN 2.4360 Valve, DIN Standard EN 2.4360 Valve);

EN 1092 PN 25 EN 2.4360 Valve (EN Standard EN 2.4360 Valve, DIN Standard EN 2.4360 Valve);

EN 1092 PN 40 EN 2.4360 Valve (EN Standard EN 2.4360 Valve, DIN Standard EN 2.4360 Valve);

EN 1092 PN 63 EN 2.4360 Valve (EN Standard EN 2.4360 Valve, DIN Standard EN 2.4360 Valve);

EN 1092 PN 100 EN 2.4360 Valve (EN Standard EN 2.4360 Valve, DIN Standard EN 2.4360 Valve);

EN 1092 PN 160 EN 2.4360 Valve (EN Standard EN 2.4360 Valve, DIN Standard EN 2.4360 Valve);

EN 1092 PN 250 EN 2.4360 Valve (EN Standard EN 2.4360 Valve, DIN Standard EN 2.4360 Valve);

EN 1092 PN 320 EN 2.4360 Valve (EN Standard EN 2.4360 Valve, DIN Standard EN 2.4360 Valve);

EN 1092 PN 400 EN 2.4360 Valve (EN Standard EN 2.4360 Valve, DIN Standard EN 2.4360 Valve).

 

Working Temperature of EN 2.4360 Valve:

Please refer to the "Temperature and Pressure Curve of EN 2.4360 Valve" for temperature and pressure changes.

 

Ends Connection of EN 2.4360 Valve:

ANSI Flange Ends EN 2.4360 Valve;

ANSI Integral Flange Ends EN 2.4360 Valve;

ANSI Welded Flange Ends EN 2.4360 Valve;

Butt Weld (ASME B16.25) Ends EN 2.4360 Valve;

Butt Weld x ANSI Flange Ends EN 2.4360 Valve;

EN 1092 Flange Ends EN 2.4360 Valve;

EN 1092 Integral Flange Ends EN 2.4360 Valve;

EN 1092 Welded Flange Ends EN 2.4360 Valve;

Butt Weld (EN 12627) Ends EN 2.4360 Valve;

Butt Weld (ISO 1127) Ends EN 2.4360 Valve;

Butt Weld x EN 1092 Flange Ends EN 2.4360 Valve;

Male NPT (ASME B1.20.1) Ends EN 2.4360 Valve;

Male BSPP (ISO 228-1) Ends EN 2.4360 Valve;

Male BSPT (ISO 7-1) Ends EN 2.4360 Valve;

Male NPT x Female NPT Ends EN 2.4360 Valve;

Male BSPP x Female BSPP Ends EN 2.4360 Valve;

Male BSPT x Female BSPT Ends EN 2.4360 Valve;

Male NPT x Long Butt Weld (+100 mm) Ends EN 2.4360 Valve;

Male BSPP x Long Butt Weld (+100 mm) Ends EN 2.4360 Valve;

Male BSPT x Long Butt Weld (+100 mm) Ends EN 2.4360 Valve;

Female NPT (ASME B1.20.1) Ends EN 2.4360 Valve;

Female BSPP (ISO 228-1) Ends EN 2.4360 Valve;

Female BSPT (ISO 7-1) Ends EN 2.4360 Valve;

Socket Weld (ASME B16.11) Ends EN 2.4360 Valve;

Socket Weld (EN 12760) Ends EN 2.4360 Valve;

Female NPT x Socket Weld Ends EN 2.4360 Valve;

Female BSPP x Socket Weld Ends EN 2.4360 Valve;

Female BSPT x Socket Weld Ends EN 2.4360 Valve;

Butt Weld (ASME B16.25) Ends EN 2.4360 Valve;

Butt Weld (EN 12627) Ends EN 2.4360 Valve;

Female NPT x Butt Weld Ends EN 2.4360 Valve;

Female BSPP x Butt Weld Ends EN 2.4360 Valve;

Female BSPT x Butt Weld Ends EN 2.4360 Valve;

Female NPT x Long Butt Weld Ends (+100 mm) Ends EN 2.4360 Valve;

Female BSPP x Long Butt Weld Ends (+100 mm) Ends EN 2.4360 Valve;

Female BSPT x Long Butt Weld Ends (+100 mm) Ends EN 2.4360 Valve;

Long Butt Weld Ends (+100 mm Weld Stub) Ends EN 2.4360 Valve.

 

CE Marking of EN 2.4360 Valve:

CE Marking is Available to EN 2.4360 Valve with a Diameter of DN32 or Larger.

 

Chemical Composition of EN 2.4360 Valve:

For the Chemical Composition of EN 2.4360 Valve, please refer to EN 10204 Type 3.1 certificate.

 

Mechanical Properties of EN 2.4360 Valve:

For the Mechanical Properties of EN 2.4360 Valve, please refer to EN 10204 Type 3.1 certificate.

 

Certificate of EN 2.4360 Valve:

All EN 2.4360 Valve will be delivered with EN 10204 Type 3.1 Certificate.

 

Operation of EN 2.4360 Valve:

Level Operation of EN 2.4360 Valve;

Handwheel Operation of EN 2.4360 Valve;

Pneumatic Actuator Operation of EN 2.4360 Valve;

Electric Actuator Operation of EN 2.4360 Valve.

 

Approvals of EN 2.4360 Valve:

MSS SP-55 Certified of EN 2.4360 Valve;

NACE MR 0175 Certified of EN 2.4360 Valve

API 607 Fire Safe Certified of EN 2.4360 Valve;

ISO 9001 Certified of EN 2.4360 Valve;

PED Certified of EN 2.4360 Valve.

 

Available Upon Request of EN 2.4360 Valve:

NACE MR0175 is available upon request of EN 2.4360 Valve;

ATEX is available upon request of EN 2.4360 Valve;

TA-LUFT is available upon request of EN 2.4360 Valve;

SIL is available upon request of EN 2.4360 Valve;

Degreasing is available upon request of EN 2.4360 Valve;

Fire Safe is available upon request of EN 2.4360 Valve;

Stem Extension is available upon request of EN 2.4360 Valve;

Double Block and Bleed is available upon request of EN 2.4360 Valve.

 

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