FCA Valves products

Valves - Ball Valves

FCA - Model BS - Split Body Ball Valve

FCA Ball valves are specially engineered for heavy duty applications outstanding at high pressure working conditions, up to ASME Class 2500# and sizes up to 36``. BS Split body design model Ball valve solution ensures a perfect performance at primary and secondary sealing due to an accurate design concept at any size.

FCA - Model BT - Top Entry Ball Valve

FCA Ball valves are specially engineered for heavy duty applications outstanding at high pressure working conditions, up to ASME Class 2500# and sizes up to 36``. BT Top Entry body design model Ball valve solution ensures a perfect performance at primary and secondary sealing due to an accurate design concept at any size.

Valves - Butterfly Valves

FCA - Model MB - Bieccentric Butterfly Valve

The MB model FCA butterfly valve is mainly used in distribution networks and pumping stations. Is provided with a circular flanged body and a butterfly or disc as clogging element. The disc is provided with a seal which is fixed by a ring in stainless steel material.

FCA - Model MBC - Bieccentric Butterfly Valve with Counterweight

The MBC model FCA butterfly valve is mainly used in strained lines in hydraulic power stations or as a charge or discharge valve and for security purposes in turbines as a shut-off element. It consists of a circular flanged body with a butterfly or disc as a shutting-off element.

Valves - Control Valves

FCA - Model TG - Control Globe Valve

The TG and TGM control valve model from FCA is a robust and heavy-section globe valve with a plug designed to accurately control the flow. It is a high performance valve with high flow capacity and a tight shut-off. It is designed for excellent flow control rangeability and its cast steel body is proportioned to withstand high pipe stresses without distortion. It accepts high pressure drops and mechanisms to prevent cavitation and noise are available.

Valves -Knife Gate Valves

FCA - Model GBD - Bi-Directional Knife Gate Valve

The GBD model FCA knife gate valve is a casted split body valve, provided with a secondary seal to secure full tightness to the atmosphere. Designed for a bidirectional sealing and tailor-made to the requirements of each application, adapted to specific work conditions, flange drilling and other special conditions.

Valves - Gate Valves

FCA - Model SB - General Service Gate Valve

The SB type FCA Gate valve model is full bore with cast body and flexible wedge. The sealing is metal-metal with Stellite 6 overlay to ensure sufficient hardness and tight sealing. External leaks are ensured with the bonnet. It is a rising stem (OS&Y) design and the valve connection is flanged (according to ANSI) or to customer requirements.

Valves - Check Valves

FCA - Model RN - Nozzle Type Non Slam Check Valve

The RN type FCA Nozzle Check Valve prevents reverse flow by a slowly sealing before the pump stops. Its short pattern design reduces the closing time avoiding water hammer. The seat can be metal or soft seated and its disc` conical surface design provides a tight sealing. This valve ensures an excellent dynamic performance minimizing vibrations and noise.

Valves - Damper

FCA - Model DMD - Diverter Butterfly Damper

The DMD model FCA Diverter butterfly damper is a welding assembly construction that consists of a body and two discs that are fixed with a mechanical lever system to operate simultaneously according to customer request, in parallel or opposite direction to divert the flow to the desired outlet. Suitable for low pressures, up to 0.5 bar, and temperature up to 700ºC.

Valves - Fixed Cone Valves

FCA - Model VCH - Fixed Cone Valve

The VCH model hollow jet discharge valves (howell bunger type) are generally used as control and isolation valves on the discharge area at the bottom of dams. They offer an effective solution for flow control and energy dispersion The valve design guarantees an optimal hydraulic behaviour providing stability and an absence of vibrations and cavitation without interfering with the opening level. Its energy dissipation properties are greatly appreciated and it provides a simetrical flow.