Place of Origin:
Sichuan, China
Brand Name:
CD-CNLN
Certification:
CE
OEM High Pressure Cryogenic Ball Valvel for Chemical devices.
High Pressure Cryogenic Ball Valvel main performance specification
| 1. Nominal diameter | DN15-100 |
| 2. Nominal pressure | 6.3-32mpa |
| 3. Design temperature | -196℃-+80℃ |
| 4. Applicable medium | LO2, LN2, LAr, LNG |
| 5. Connection mode | Welding |
Product Description
High pressure and low temperature ball valves refer to the valves that can be used in low temperature conditions. Usually, the valves whose working temperature is lower than - 196 ℃ are called low temperature valves.
Low temperature ball valves are mainly used in chemical plants such as 300000 tons of ethylene and liquefied natural gas. The output of liquid cryogenic media such as liquefied natural gas, liquefied petroleum products, ethylene, liquid oxygen, liquid hydrogen, etc. These gases are not only flammable and explosive, but also require gasification, gasification, and volume expansion hundreds of times during heating.
The cryogenic valve can play a good role in protecting the gas processing process from leakage. High pressure and low temperature ball valve is one of the indispensable equipment in petrochemical, air separation, natural gas and other industries.
Warnings & Safety Instructions
For your safety and protection it is important that the following precautions be taken prior to working on the valve.
It is the prime responsibility of the end user to determine the appropriate compatible material of construction and the product ratings for the intended service.
User should ensure that valve pressure and temperature limits (as specified on nameplate) do not exceeded.
The valve should be used in a well-designed, adequately supported piping system such that it will not be subjected to undue forces or hydraulic shocks during service.
Valve surface temperature may become extremely cold due to the operating condition; prevent any type of direct contact with the valve that may cause harm or injury.
The valves are not designed to operate during or after earthquakes or under fatigue conditions. It is the responsibility of the owner to determine if fatigue conditions exist.
Isolate the valve that exhibits any sign of leakage, do not try to either operate it, repair or replace it.
Read the entire IOM carefully and make sure everything is clear, for doubts consult Microfinish engineering team.
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