Product Description:
The Flow Control Valve is a sophisticated hydraulic component
designed for precise control of fluid flow in various industrial
applications. Featuring a temperature range of 0-80 degrees
Fahrenheit, this valve ensures efficient performance across a wide
range of operating conditions.
Constructed with high-quality materials, the trim of this valve is
made of durable stainless steel, providing excellent resistance to
corrosion and wear. The sturdy construction of the valve ensures
long-term reliability and smooth operation even in demanding
environments.
The control pipe of this valve is crafted from robust ductile iron,
known for its high strength and resilience. The use of ductile iron
in the construction of the control pipe enhances the overall
durability and performance of the valve, making it a dependable
choice for hydraulically operated systems.
With a maximum pressure rating of PN10, PN16, and PN25, this Flow
Control Valve offers exceptional flexibility to accommodate varying
pressure requirements in different industrial settings. Whether
operating at lower pressures or handling high-pressure
applications, this valve delivers consistent performance and
reliable flow control.
The port type of this valve is Full Port, allowing for maximum flow
capacity and minimal pressure drop. The Full Port design ensures
efficient fluid transfer and minimal flow restriction, making it
ideal for applications where high flow rates are crucial.
In conclusion, the hydraulically operated Flow Control Valve with
stainless steel trim and ductile iron control pipe is a versatile
and durable solution for precise fluid flow control. With its wide
temperature range, robust construction, and high-pressure handling
capabilities, this valve is well-suited for various industrial
applications requiring reliable and efficient flow control.
Features:
- Product Name: Flow Control Valve
- Standard: EN1074-5
- Color: Blue Ral5005
- Temperature Range: 0-80 Degrees Fahrenheit
- Control Pipe: Ductile Iron
- Actuation: Manual
Technical Parameters:
| Trim Material | Stainless Steel |
| Color | Blue Ral5005 |
| Maximum Pressure | PN10,PN16,PN25 |
| Temperature Range | 0-80 Degrees Fahrenheit |
| Port Type | Full Port |
| Seal Material | EPDM |
| Material | Stainless Steel |
| Control Pipe | Ductile Iron |
| Pilot Material | SS304 |
| Standard | EN1074-5 |
Applications:
AFC Flow Control Valves, models A400 and R400, are high-quality
products designed for precise flow control in various industrial
applications. Manufactured in China, these valves boast a reliable
performance and durability, making them ideal for a wide range of
scenarios.
The hydraulically operated AFC Flow Control Valves are specifically
engineered to regulate the flow of liquids or gases in systems
where precise control is essential. The Model Code A400 features
trim material made of stainless steel, ensuring resistance to
corrosion and wear, while the control pipe is constructed from
ductile iron, providing strength and reliability.
These valves are suitable for applications where different pressure
requirements need to be met. The AFC Flow Control Valves are
available in various maximum pressure ratings, including PN10,
PN16, and PN25, offering flexibility for different operational
needs.
With a full port design, the AFC Flow Control Valves provide
unrestricted flow, minimizing pressure drop and energy loss. This
feature makes them well-suited for applications where efficiency
and consistent performance are crucial.
Common product application occasions for the AFC Flow Control
Valves include industrial processes such as water treatment plants,
chemical processing facilities, oil and gas refineries, and HVAC
systems. These valves excel in scenarios where precise flow control
is required to ensure optimal system operation and product quality.
In summary, the AFC Flow Control Valves, with their hydraulically
operated mechanism, durable construction, and precise flow
regulation capabilities, are a reliable choice for a wide range of
industrial applications. Whether it's managing pressure levels in a
chemical plant or optimizing flow rates in a water treatment
facility, these valves offer the performance and versatility needed
to meet diverse operational requirements.
