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CRYOGENIC VALVE DJ 10PH PH1

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MOQ : 1 Unit

CRYOGENIC VALVE DJ 10PH PH1 Specification

Application
LNG, Liquid Nitrogen, Cryogenic Storage

Material
Stainless Steel

Color
Metallic Silver

Weight
Approx. 1.2 kg

Capacity
Up to 20 bar

Thickness
Standard Industrial

Size
DN10

Automatic Grade
Manual

Processing Type
Cryogenic Valve

Noise Level
Low

Control System
Hand Operated

Seat Material
PTFE

End Connection
Welded or Flanged

Operating Temperature
-196°C to +80°C

Flow Direction
Uni-directional

Industry Standards
CE Marked

Leakage Class
Class VI

Handle Type
Lever

Body Material
SS304/SS316

Type
Angle Valve

Suitable Media
Cryogenic Liquid Gases (LOX, LNG, LIN, LAR)

Design Standard
BS6364, DIN EN 1626

Mounting
Horizontal / Vertical

Stem Material
Stainless Steel

Pressure Rating
PN40

CRYOGENIC VALVE DJ 10PH PH1 Trade Information

Minimum Order Quantity
1 Unit

FOB Port
SHANGHAI

Payment Terms
Telegraphic Transfer (T/T)

Supply Ability
50 Units Per Month

Delivery Time
7 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
wooden box

Main Domestic Market
All India

Certifications
CE

About CRYOGENIC VALVE DJ 10PH PH1

Nominal Pressure:4.0Mpa
Design Temperature: -196+85 Suitable Media: LNG, LO2, LN2, LAr, CO2
Materials of Main Parts:
Body: HPb59-1
Stem: HPb59-1
Handwheel: ZL102
Disc Seals: PCTFE

Superior Cryogenic Performance

Designed to operate efficiently in extreme temperatures as low as -196C and as high as +80C, the DJ 10PH PH1 valve guarantees safe and reliable flow isolation or control for cryogenic liquids. Its uni-directional flow design and lever-operated manual control provide added stability in demanding environments such as LNG facilities and cryogenic storage.

Certified to International Standards

The DJ 10PH PH1 meets stringent industry standards, including BS6364 and DIN EN 1626, and is CE marked, assuring global compliance for safety and reliability. Its welded or flanged connections, robust build, and low maintenance requirements make it a preferred choice among international manufacturers, distributors, and exporters.

FAQ's of CRYOGENIC VALVE DJ 10PH PH1:

Q: How does the CRYOGENIC VALVE DJ 10PH PH1 ensure leak-tight performance in cryogenic applications?

A: The valve is engineered with Class VI leakage standards and utilizes PTFE for the seat and stainless steel for the stem, delivering exceptional leak-proof sealing and reliable performance at pressure ratings up to PN40, even under cryogenic temperatures.

Q: What is the recommended process for installing the CRYOGENIC VALVE DJ 10PH PH1?

A: Installation is straightforward, supporting both horizontal and vertical mounting, with the option for welded or flanged end connections. It is crucial to ensure proper alignment for the uni-directional flow and secure the valve manually using its lever handle.

Q: When should this valve be used in cryogenic systems?

A: The DJ 10PH PH1 is ideal for use whenever precise flow isolation or control is required for cryogenic liquid gases, including in storage, distribution, or transfer of LNG, liquid nitrogen, or liquid argon, especially within temperature ranges of -196C to +80C.

Q: Where can the CRYOGENIC VALVE DJ 10PH PH1 be effectively deployed?

A: This valve is suited for applications in cryogenic storage facilities, LNG processing plants, and industries dealing with liquefied gases. Its CE marking makes it suitable for international markets, including China-based operations.

Q: What are the usage benefits of this manual angle valve in industrial settings?

A: With low noise levels, durable stainless steel construction, and robust leakage prevention, this valve ensures smooth manual control and longevity, supporting safe handling of volatile cryogenic media and reducing maintenance needs.

Q: How does compliance with BS6364 and DIN EN 1626 benefit operators?

A: Compliance provides operators with assurance of reliable operation, internationally recognized safety, and compatibility with various cryogenic system standards, facilitating easy integration and consistent performance.

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