Carbon Steel Heavy Duty Full Bore Ball Valve – Screwed BSP
The Carbon Steel Heavy Duty Full Bore Ball Valve – Screwed BSP is a high-performance isolation valve built to handle demanding industrial duties. Constructed from robust carbon steel, this valve is designed for applications involving high pressure, temperature extremes, and aggressive media. Whether used in oil and gas, steam systems, petrochemical processes, or industrial water lines, its heavy-duty construction ensures long-term durability and consistent shutoff performance.
Featuring a full bore design, this valve allows unrestricted flow through the pipeline, reducing pressure loss and enabling efficient system performance. The floating ball mechanism delivers a reliable seal even under varying pressure conditions. Fitted with high-quality PTFE or equivalent seals, it provides dependable chemical and thermal resistance. The BSP threaded ends (to ISO 7-1 / DIN 2999 standard) allow for quick and secure installation in British and European threaded pipework systems. Rated up to 2000 PSI, this valve is also suitable for actuation via pneumatic, electric, hydraulic, or electro-pneumatic systems, offering flexibility for manual or automated operation.
Key Features:
Body Material: Heavy Duty Carbon Steel – rugged construction for harsh and high-pressure environments
Bore Type: Full Bore – ensures maximum flow and minimal restriction
Ball Design: Floating Ball – offers a tight and reliable shutoff under pressure
End Connections: BSP Threaded – ISO 7-1 / DIN 2999 compliant for leak-tight connections
Pressure Rating: Up to 2000 PSI – capable of handling high-pressure systems
Applications: Suitable for oil & gas, steam, water, petrochemical, and industrial fluid handling
Actuation Options: Compatible with Pneumatic, Electric, Hydraulic, and Electro-Pneumatic actuators
Ideal for systems where strength and performance are essential, the Carbon Steel BSP Full Bore Ball Valve is a go-to solution for engineers and maintenance teams who demand reliable isolation and long service life from their pipeline components.
