Product Description:
Stainless Steel Cryogenic High Pressure Check Valve ISO 9001 Certified
Cryogenic High Pressure Check Valve is a stainless steel valve designed to reliably and securely handle cryogenic fluid in a wide variety of applications. It is available in DN10-100mm sizes, with SS304/316 material and DH61Y as the main body material. Its temperature range is -196°C, and the pressure is 4.0Mpa. It is certified with ISO 9001, CE, and EAC requirements, and is offered with Socket Weld end connections. It is designed to ensure reliable and secure operation in cryogenic fluid handling applications.
Technical Parameters:
| Certificate | Product Name | Temperature | Application | Pressure |
| ISO 9001, CE, EAC | Cryogenic High Pressure Check Valve | -196℃-+80℃ | LNG/LOX/LN2/LAR/LCO2 | 4.0Mpa |
| Body | Size | Material | End Connection | Disc seal |
| SS304/316 | DN10-50mm | Stainless Steel | Socket Weld | PCTFE |
Applications:
CNLN/Arman DH61Y-320P Cryogenic High Pressure Check Valve is an ideal choice for applications with high pressure resistance and cryogenic temperature. It is made with stainless steel material and certified with CE, ISO 9001, and EAC. The size of this valve ranges from DN10 to DN50mm, and the body is SS304/316.
This valve is designed for high pressure and cryogenic temperature applications, making it suitable for various industries. It has high pressure resistance and meets the standards of CE, ISO 9001, and EAC, which makes it a reliable choice for users.
CNLN/Arman DH61Y-320P Cryogenic Check Valve is a perfect choice for industries and sectors that need high pressure resistance and cryogenic temperature. It has an outstanding performance at all times and its stainless steel body makes it more durable and reliable.
Customization:
Customized Cryogenic Check Valve Service
We provide customized cryogenic check valve services with the brand of CNLN/Arman, model DH61Y.
The place of origin is Chengdu, Sichuan, China, and the certificates are ISO 9001, CE, and EAC.
The pressure of the cryogenic check valve is 4.0Mpa, and the end connection is Socket Weld.
The product name is Cryogenic Check Valve, and the application is for LNG/LOX/LN2/LAR/LCO2.
If you need customized cryogenic check valve services, please contact us!
Support and Services:
Our technical support and service for Cryogenic Check Valve products includes:
- 24/7 online customer service
- Free installation and maintenance service
- Detailed product specifications and operator's manual
- Professional technical support
- On-site training and product introduction
- Customized product solutions and suggestions
Packing and Shipping:
Packaging and Shipping for Cryogenic Check Valve
Cryogenic Check Valves are packaged to ensure that they arrive undamaged and are easy to install. The package includes the following items:
- Cryogenic Check Valve
- Installation instructions
- Spare gaskets and O-rings
- Packaging material
Cryogenic Check Valves are shipped using standard shipping methods such as air freight, ocean freight, or ground freight. The valves are shipped in a sturdy box or container to protect them from damage during transport.
FAQ:
Q&A for CNLN/Arman DH61Y-320P Cryogenic Check Valve
- Q: What is Cryogenic Check Valve?
A: CNLN/Arman DH61Y Cryogenic Check Valve is a check valve designed for cryogenic applications. It is made in Chengdu -Sichuan-China and has a model number of DH61Y. - Q: What are the features of Cryogenic Check Valve?
A: CNLN/Arman DH61Y Cryogenic Check Valve features a low-temperature-resistant seat, a corrosion-resistant body, and a stainless steel spring. - Q: What is the size of the Cryogenic Check Valve?
A: CNLN/Arman DH61Y Cryogenic Check Valve comes in various sizes, ranging from DN10-50 - Q: What is the pressure rating of the Cryogenic Check Valve?
A: The pressure rating of CNLN/Arman DH61Y Cryogenic Check Valve is up to 4.0Mpa. - Q: Does the Cryogenic Check Valve come with any accessories?
A: Yes, the CNLN/Arman DH61Y Cryogenic Check Valve comes with a mounting flange, a gasket, and nuts and bolts for easy installation.
