Carbon Steel Heavy Duty Full Bore Ball Valve – Screwed NPT
The Carbon Steel Heavy Duty Full Bore Ball Valve – Screwed NPT is engineered for strength, resilience, and high-pressure performance across the toughest industrial environments. Manufactured from rugged carbon steel, this valve is ideal for applications involving oil and gas, petrochemicals, high-pressure steam, water, and other process fluids where stainless steel may not be necessary but durability is still critical. Its robust design and full bore configuration ensure unrestricted flow and minimal pressure loss—making it suitable for both isolation and flow control duties.
This valve incorporates a floating ball for tight shutoff, while precision-machined components and heavy-duty wall thickness support reliable operation in high-pressure systems up to 2000 PSI. The seat and seal materials typically include high-performance PTFE variants, offering excellent resistance to wear, thermal stress, and chemical exposure. With NPT threaded ends in accordance with ANSI B1.20.1, this valve offers a secure, leak-free connection to standard North American pipework. It's also compatible with pneumatic, electric, hydraulic, or electro-pneumatic actuation, enabling seamless integration into automated systems.
Key Features:
Body Material: Heavy Duty Carbon Steel – designed for strength and pressure resilience
Bore Type: Full Bore – maximizes flow capacity with minimal turbulence or restriction
Ball Design: Floating Ball – ensures a reliable seal under varying pressures
End Connections: NPT Threaded – ANSI B1.20.1 compliant for easy integration into standard piping
Pressure Rating: Up to 2000 PSI – suitable for high-pressure industrial systems
Applications: Oil & gas, petrochemical, steam, water, compressed air, and general industry
Actuation Options: Pneumatic, Electric, Hydraulic, Electro-Pneumatic – adaptable to automation or manual use
Built to withstand rugged environments and heavy-duty service conditions, the Carbon Steel Screwed NPT Full Bore Ball Valve is a trusted workhorse in countless process systems requiring reliable shutoff, long life, and compatibility with high-pressure threaded pipelines.
