Starline Carbon Steel BSPT 3 Way Ball Valves L Port
The Starline Carbon Steel BSPT 3 Way Ball Valve L Port, is a precision-engineered flow control solution designed for diverting, mixing, or isolating fluid streams within high-demand industrial systems. Manufactured in Italy to exacting standards, this 3 way valve combines a robust carbon steel body with a full bore design to ensure maximum flow efficiency and minimal pressure loss. Its BSPP (British Standard Parallel Pipe) threaded ends allow for easy installation into a wide range of pipework systems commonly used across UK and European markets.
Available in both L-port and T-port configurations, this valve provides flexible flow path control depending on system requirements—ideal for process applications involving oil & gas, petrochemicals, water treatment, and general industrial use. The carbon steel construction offers excellent mechanical strength, while high-grade PTFE or reinforced seat materials ensure leak-tight performance and chemical resistance under a range of pressure and temperature conditions. Designed for longevity and ease of operation, the Starline 3 Way L Port Ball Valve supports both manual operation and integration with electric, pneumatic, or electro-pneumatic actuators.
Key Features:
Body Material: High-strength carbon steel – durable and reliable in tough process conditions
End Connections: BSPP threaded – ISO 228 compliant for secure, parallel threaded connections
Bore Type: Full bore – enables unrestricted flow and reduces pressure drop
Flow Configuration: Available in L-port or T-port – supports diverting, mixing, or shutoff operations
Seat Options: PTFE or reinforced materials – excellent sealing and chemical resistance
Applications: Oil & gas, petrochemical, water treatment, general industrial processing
Actuation Options: Manual, pneumatic, electric, or electro-pneumatic – ideal for automation or manual use
Backed by Starline’s reputation for high-quality European manufacturing, this BSPP 3 Way Ball Valve is the preferred choice for engineers needing performance, versatility, and trusted reliability in critical flow applications.
