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cryogenic globe valve DJ A1

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cryogenic globe valve DJ A1 Specification

Application
Cryogenic fluids, LNG, industrial gases

Color
Silver

Size
DN15 to DN300

Control System
Handwheel operated

Weight
Depends on size, approx. 4 kg (DN25)

Thickness
Body wall: 10 mm (typical)

Motor Power
N/A (manual operated)

Processing Type
Casting

Automatic Grade
Manual

Capacity
High flow, suitable for cryogenic service

Material
Stainless Steel/ Forged Steel

Noise Level
Low

Voltage
N/A (manual operated)

Sheet Capacity
N/A (not applicable)

Flow Characteristic
Linear

Type
Cryogenic Globe Valve

Design Standard
BS 6364 / ASME B16.34

Stem Type
Rising Stem

Operation
Manual

Pressure Class
ANSI 150/300

End Connection
Flanged / BW / SW

Temperature Range
-196°C to +80°C

Leakage Class
Class VI

Seat Material
Stainless Steel / PTFE

Pressure Rating
PN16, PN25, Class 150, Class 300

Bonnet Type
Extended Bonnet

Media
Oxygen, Nitrogen, LNG, Liquid Air

Model
DJ A1

Packing Material
PTFE / Graphite

Testing Standard
API 598

cryogenic globe valve DJ A1 Trade Information

Minimum Order Quantity
1 Piece

FOB Port
SHANGHAI

Supply Ability
50 Pieces Per Month

Delivery Time
7 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
wooden box

Main Export Market(s)
Australia, South America, Eastern Europe, Western Europe, Middle East, Central America, Asia, North America, Africa

Main Domestic Market
All India

Certifications
CE

About cryogenic globe valve DJ A1

The DJ A1 Cryogenic Globe Valve stands as a paragon in fluid control for low-temperature applications. This best-selling, sought-after valve is designed with unrivaled precision to meet BS 6364 and ASME B16.34 standards. Featuring flanged, BW, and SW end connections and an extended bonnet for cryogenic use, it ensures robust performance in temperatures ranging from -196C to +80C. With premium PTFE/graphite packing, stainless steel/PTFE seats, Class VI leakage control, and manual handwheel operation, it's ideal for oxygen, LNG, nitrogen, and industrial gases. Shop now-exclusive offer ending soon.

Versatile Applications for Demanding Environments

The Cryogenic Globe Valve DJ A1 is suitable for use in handling cryogenic fluids, such as oxygen, nitrogen, LNG, and liquid air. It is a top choice for critical applications in gas distribution, processing facilities, and industrial plants. This valve delivers reliable performance where low-temperature service and absolute sealing are essential, making it a preferred solution for commercial and industrial gas operations, export businesses, and manufacturing setups managing extreme media.

Sample Access, Global Shipping, and Convenient Terms

Samples of the DJ A1 valve are available to meet unique sampling requirements before large-scale expenditure. Serving main export markets worldwide, the valve is carefully packaged for secure shipping and delivery. Our flexible payment terms ensure purchasing convenience for distributors, exporters, manufacturers, and traders. With a reputation for reliability, our cryogenic valves reach customers in top condition-ready for integration into demanding cryogenic service environments.

FAQ's of cryogenic globe valve DJ A1:

Q: How does the DJ A1 cryogenic globe valve perform under low-temperature conditions?

A: The DJ A1 cryogenic globe valve is engineered with an extended bonnet and specialized packing materials to ensure outstanding performance and leak-tight sealing in temperatures as low as -196C, making it ideal for critical cryogenic applications.

Q: What types of media can the DJ A1 valve handle?

A: This valve is suitable for a variety of cryogenic and industrial gases, including oxygen, nitrogen, LNG, and liquid air, providing versatile usage across multiple sectors requiring low-temperature fluid control.

Q: Where can the DJ A1 globe valve be applied commercially?

A: The valve is commonly used in industrial gas plants, LNG distribution systems, manufacturing facilities, and other commercial environments dealing with cryogenic fluids.

Q: When should I choose an extended bonnet globe valve like DJ A1?

A: An extended bonnet design is recommended for service in cryogenic and low-temperature environments to minimize thermal transfer and protect the packing against cold damage.

Q: What is the process for ordering and shipping the DJ A1 valve?

A: Customers can request a sample and place orders with the option of flexible payment terms. Secure packaging and robust shipping ensure safe worldwide delivery to distributors, manufacturers, and other business clients.

Q: What benefits does the manual handwheel operation provide?

A: Manual handwheel operation offers precise flow control and easy usage, particularly valuable in installations where automated systems are unnecessary or manual regulation is preferred.

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