High Quality Butterfly Valve - Cryogenic Ball Valve – Convista
High Quality Butterfly Valve - Cryogenic Ball Valve – Convista Detail:
Design Specification | API 6D, ANSI B16.34 |
NominaDiameter | DN15~DN 800 (NPS1~-NPS32) |
Pressure Rating | PN 1.6~ PN10 MPa (las50-Class600) |
Shutoff Tightness | ISO 5208 Rate A |
Applicable Temperature | -196°C–60°C |
Actuator Manual operated Electrical Actuator Pneumatic Actuator etc
Applied to low temperature and cryogenic application, such as: LNG, Air Separation, Ethylene Quickly Quenching Cracking Gas, Ethylene Rectifying, Low Temperature Methanol Cleaning Process.
l Extension Bonnet Structure: assure the stuffing box sealing performance, prevent frost on stuffing box
Automatic Pressure Relief Seat: avoid cavity pressure abnormal rising
-196°C liquid nitrogen cryogenic treatment: turn the remaining austenite into martensite, prevent component dimensional change from organization phase transformation caused by temperature change.
Nitrogen Test Leakage: assure valve sealing performance, ensure valve is applicable to wide range of application
Product detail pictures:
Related Product Guide:
Quality First,and Customer Supreme is our guideline to provide the best service to our customers.Nowadays, we are trying our best to become one of the best exporters in our field to meet customers more need for High Quality Butterfly Valve - Cryogenic Ball Valve – Convista, The product will supply to all over the world, such as: Oman, Surabaya, Guyana, Our products are mainly exported to Southeast Asia, the Middle East, North America and Europe. Our quality is surely guaranteed. If you are interested in any of our products or would like to discuss a custom order, please feel free to contact us. We are looking forward to forming successful business relationships with new clients around the world in the near future.
By Marcia from Mongolia - 2018.12.14 15:26
The goods are very perfect and the company sales manager is warmful, we will come to this company to purchase next time.
By Clementine from Moscow - 2017.10.27 12:12