OEM China 100X Hydraulic Control Diaphragm Remote Float Valve Ball 2-8 PN16/PN25 Suppliers & Factory Suppliers, Factories

The 100X remote control float valve is a high-quality diaphragm type hydraulic control valve offered by leading China suppliers and manufacturers. This flange type valve is designed to provide reliable performance and is available in a size range of DN50-DN300 (2 to 8). It supports pressure ratings of PN16 and PN25, making it suitable for various applications, Constructed in accordance with design standards such as BS, API, and DIN, the 100X float valve operates through a hydraulic differential linked to a float mechanism, ensuring efficient and accurate control. Our factory provides both OEM and ODM services, allowing for customized solutions to meet your specific needs. Choose our products for superior quality and performance in your hydraulic systems

Product Description

Valve Type: 100X float valve Structure: Diaphragm type
Standard: BS/API/DIN/JIS Workmanship: Investment casting
Sealing Direction: Single-directional Sealing Grade: Zero leakage
Temperature: 0°C < T < 80°C Operation: Automatic
Characteristics

The main valve of remote control floating valve is installed in the inlet pipe, the float ball pilot valve is fixed in the pool according to the set liquid level, and the connecting conduit is equipped with filter, needle valve, ball valve and pressure gauge.

100X float valve Characteristics
Advantages
1. Reliable Sealing and Long Service Life

The hydraulic valve body is made of cast iron, cast steel or stainless steel, which is resistant to corrosion and abrasion. The core sealing component adopts a special elastic diaphragm, with excellent sealing performance and no leakage.

2. Water Hammer Impact Resistance, Safe Operation

The opening and closing process of the flow control valve is stable, no violent water hammer effect will be generated, protecting the pipe network and equipment from impact damage.

3. Easy Maintenance and Low Commissioning Cost

Routine maintenance only requires regular cleaning of the filter and inspection of the float and diaphragm. Liquid level accuracy can be fine-tuned by adjusting the needle valve.

100X float valve Advantages
Packing
Standard export wooden case packaging
Standard export wooden case packaging
Application Scenarios
The 100X hydraulic float valve is applied to the automatic water inlet control of various living/fire water pools and elevated water towers.
Application Scenario 1
Application Scenario 2
Application Scenario 3
Frequently Asked Questions
Q What is the 100X float valve and how does it work?
The 100X float valve is a remote-control hydraulic floating valve with a diaphragm-type structure. When the water level drops, the float descends and opens the valve to allow water in; when the level reaches the set point, the float rises and closes the valve automatically.
Q What materials are used in the construction of the 100X float valve?
The valve body can be manufactured from cast iron, cast steel, or stainless steel, providing excellent resistance to corrosion and abrasion. The core sealing component uses a special elastic diaphragm that ensures zero leakage performance.
Q What standards does the 100X float valve comply with?
The 100X float valve complies with multiple international standards including BS (British Standard), API (American Petroleum Institute), DIN (German Institute for Standardization), and JIS (Japanese Industrial Standards).
Q What is the operating temperature range of the 100X float valve?
The 100X float valve is designed to operate within a temperature range of 0°C to 80°C (32°F to 176°F), suitable for standard domestic and industrial water supply systems.
Q Where is the 100X hydraulic float valve typically applied?
It is widely used for automatic water inlet control in domestic and fire-fighting water pools, elevated water towers, and industrial water storage facilities requiring precise liquid level management.
Q How is routine maintenance performed on the 100X float valve?
Routine maintenance involves regularly cleaning the filter to prevent blockage, inspecting the float for physical integrity, and checking the diaphragm for wear. Control accuracy can be fine-tuned via the needle valve.

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