BTR / BFR
Cast Iron ; Ductile Iron ; Bronze ; Stainless Steel
Thread 1½'' to 2'' ; Flange 1½'' to 56''
1-7 kgf/cm2 ; 4-12 kgf/cm2
NBR ; Viton
Model BTR/ BFR, A Pilot Control Pressure Reducing Valve reduces pressure of inlet flow into desired outlet pressure. Pressure Reducing Valve(PRV) can prevent damage within pipelines due to high pressure. Unique piston design to exclude conduit piping, made it compact size which is easy for transportation and assembling. Simple pilot control allows on-site pressure adjusting.
Our Pilot Control Pressure Reducing Valves are most suitable for Hydraulic systems. Hydraulic Pressure Reducing Valves are widely utilized in many applications, especially for Building & Construction, Fire Protection, Mining and Waterworks.
Pressure Reducing Valve Cross Section Drawing & Material Detail
In a mining pressure reducing station in South Africa, the client adopted our pilot control pressure reducing valve (Model BFR, 6") and pilot control pressure relief valve (Model BFL, 4") to stabilize high-pressure flow within the pipeline system. These valves, constructed from ductile iron with flange ends, are designed for demanding industrial environments, ensuring strength and durability under harsh mining conditions.
Model BFR features a unique piston structure that eliminates conduit piping, making it compact and easy to maintain. Its pilot control system allows for precise on-site pressure adjustments. Together, the BFR and BFL valves protected the mining pipeline from pressure surges, delivering outstanding performance and long-term reliability in a mission-critical setting.
The piston inside the valve moves in response to pressure changes. A pilot control system allows precise adjustment of the outlet pressure. When inlet pressure rises above the set point, the piston closes slightly to reduce pressure; when inlet pressure drops, it opens to maintain the desired outlet pressure.
Yes, Piston Type Pressure Reducing Valve are designed for versatile installation. They can be mounted horizontally or vertically, depending on pipeline layout and space constraints.
Related Products