These valves each have unique features and working principles, tailored to provide efficient and reliable performance across a variety of industrial applications. Fokca specializes in delivering high-quality valves for both standard and customized needs, ensuring safety, reliability, and operational efficiency in any system.
Rapid exhaust of air, reducing cycle times and improving system efficiency.
Compact design with quick response.
Excellent control over airflow, enabling fast release of excess air.
Commonly used in pneumatic tools, robotic arms, and automated production lines to increase operational efficiency.
Ideal for applications requiring fast exhaust, such as cylinder return strokes, to avoid system lag.
The Quick Exhaust Valve opens when the pressure in the system reaches a certain level, releasing excess air rapidly. Once the pressure falls below a preset threshold, the valve closes, preventing air from flowing back into the system.
Dual input and single output, automatically selecting one of the input signals.
Compact design with high pressure tolerance.
Capable of withstanding high temperatures, suitable for various fluid or gas flow control needs.
Typically used in hydraulic systems to select between multiple input signals, commonly found in pneumatic and hydraulic-driven robotic arms.
Used in systems that require switching between multiple flow sources, such as fluid distribution systems.
The Shuttle Valve combines two input signals into one output. The valve automatically switches between inputs based on pressure changes, ensuring the system always uses the active signal. If one input signal fails, the valve switches to the other input to maintain system operation.
Combines flow rate control with backflow prevention.
Allows precise regulation of fluid flow.
Prevents reverse flow, ensuring consistent pressure and flow within the system.
Common in hydraulic and pneumatic systems, ensuring fluid flows at the required rate while preventing backflow.
Widely used in automated production lines, automotive systems, and other applications requiring flow control.
The valve regulates fluid flow while simultaneously preventing backflow. When fluid flows through the valve, the flow rate is adjusted to the required level. The valve also blocks reverse flow, ensuring system efficiency and safety.
Installed at the inlet of pumps to prevent backflow and maintain the pump's prime.
Durable design suitable for high-flow and high-pressure environments.
Commonly used with submersible pumps or other types of pumps for efficient operation.
Used in water pumps, drainage systems, submersible pumps, and other equipment to ensure the pump does not lose its prime.
Ideal for use in water treatment, agricultural irrigation, and other fluid handling systems.
The Foot Valve is placed at the pump's intake. When the pump is not operating, the valve closes automatically to prevent backflow. Once the pump is activated, the valve opens to allow water to flow into the pump. When the pump stops, the valve closes again to prevent water from flowing back.
Manually operated valve for controlling or shutting off fluid flow.
Simple design, easy to operate.
Suitable for systems where manual intervention is needed.
Common in laboratory equipment, control panels, industrial machines, and other systems where manual control is required.
Ideal for pneumatic and hydraulic systems that require manual flow adjustment or shutoff.
The Hand Switch Valve is operated by manually turning or pulling a control knob or lever. This action opens or closes the valve, regulating the flow of fluid or gas. The operator can fully close the valve or adjust the flow to the desired level.
Manual control of fluid or gas flow.
Provides precise flow regulation.
Versatile, suitable for a wide range of gases and liquids.
Used in systems requiring manual flow adjustment, such as factory pipelines, hydraulic, and pneumatic control systems.
Common in systems subject to temperature, pressure, or flow rate changes where manual control is preferred.
The Hand Valve is operated by a manually adjustable valve stem or knob. The user can rotate or push the valve stem to regulate the opening, allowing fluid or gas to flow at the desired rate. In some cases, the valve can be completely closed for full flow shutoff, offering flexible control.
These valves each have unique features and working principles, tailored to provide efficient and reliable performance across a variety of industrial applications.
Fokca specializes in delivering high-quality valves for both standard and customized needs, ensuring safety, reliability, and operational efficiency in any system.
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