Chicago Valves and Controls
Stainless Steel Threaded Ball Valve Two Piece
- SKU:
- Series N20
- Availability:
- Usually Ships Same Day
- Weight:
- 0.00 LBS
Description
Stainless Steel Threaded Ball Valve Two Piece
The Chicago Valves & Controls Series N20 Stainless Steel Threaded Ball Valve is engineered for dependable shutoff performance in commercial, industrial, chemical processing, water treatment, and general fluid handling applications. Its rugged two-piece stainless steel body construction provides excellent corrosion resistance and long service life in demanding environments.
Featuring a full-port design for maximum flow capacity, RTFE seats for reliable sealing, and a locking handle for secure operation, the Series N20 delivers smooth performance and dependable service across a wide range of operating conditions.
Key Features
- Full port two-piece stainless steel body
- Threaded end connections
- Locking device handle for secure positioning
- Blowout-proof stem design
- RTFE seats for reliable sealing performance
- Corrosion-resistant stainless steel construction
- Maximum working pressure: 1000 CWP
- Operating temperature range: -50°F to 450°F
- Precision-machined internal components
- Suitable for commercial, industrial, and chemical applications
Construction Details
The Series N20 utilizes a rugged two-piece stainless steel body designed to provide exceptional durability and corrosion resistance. Precision machining ensures smooth ball operation and dependable shutoff performance.
RTFE seats provide excellent sealing characteristics and chemical compatibility across a broad range of services, while the blowout-proof stem enhances operational safety and reliability.
The full-port design minimizes pressure drop and maximizes flow capacity, making the valve suitable for demanding fluid handling applications.
Important Notes
Maximum working pressure is 1000 CWP.
Operating temperature range is -50°F to 450°F.
Always verify media compatibility, pressure requirements, and temperature limitations prior to installation and operation.