ADAMS MAG check valve – Safety when flows reverse

ADAMS MAG check valve features an external balancing weight that ensures rapid, reliable closure and optimal responsiveness. Its pressure-resistant design without gland shaft seals minimizes internal friction, enhancing smooth opening and closing. Used in steam turbine exhaust pipes and compressor pressure lines, the MAG can include hydraulic or pneumatic auxiliary drives with spring loading for added support. An overrunning clutch enables free disc movement, unaffected by drive or friction, ensuring dependable performance in demanding air, gas, and steam applications.

ADAMS MAG Check Valve – Key Benefits

• Extremely fast-acting non-return valve for protection of turbines and compressors.
• Triple-eccentric and free-swinging disc ensures smooth, shock-free closure.
• Low internal friction and rapid response enable closure in fractions of a second.
• Rugged welded or forged construction for high-pressure and high-temperature applications.
• Optional hydraulic, pneumatic, or spring-assisted drives for controlled closure.

Typical Applications of ADAMS MAG Check Valve

• Steam and gas turbines – safeguarding critical rotating equipment from backflow.
• Power plants – nuclear, thermal, and gas turbine systems.
• Compressor and pump pipelines – preventing reverse flow and system damage.
• Oil & gas industry – reliable operation in liquid and gas pipelines under demanding conditions.
• Industrial process systems – critical lines requiring rapid and reliable shut-off.

How HKXYTECH Adds Value with ADAMS MAG Series

At HKXYTECH, we enhance the advantages of ADAMS MAG valves by providing:

• Rapid sourcing and delivery to avoid costly downtime.
• Competitive pricing for budget-efficient procurement.
• Technical expertise to select and configure the right valve for each application.
• After-sales support ensuring long-term performance and reliability.

👉 Partner with HKXYTECH for ADAMS MAG check valves and achieve ultra-fast, reliable backflow protection with expert service and support.