RKS fluid was founded in 1997. We are a production workshop for both foundry and machining, research & development center, and quality inspection cent...
Swing check valve is mounted with a disc that swings on a hinge or shaft. The disc swings off the seat to allow forward flow and when the flow is stop...
Features： Fully bore globe pattern design, lowest head loss while fully open Keep stable working condition even the flow rate close to zero High sens...
Ⅰ Business area: fluid control products, technology and environmental protection products. Ⅱ Advanced CNC machining centers, professional process ce...
RKS fluid was founded in 1997. We are a production workshop for both foundry and machining, research & development center, and quality inspection cent...
Series: SASQUATCH series soft seal gate valve Port size: DN50 - DN900 (NPS2-NPS36) Pressure rating: PN10, PN16 Temperature: 0℃~80℃ Connection: Flange Certificate: CE ,WRAS,API,OHSAS18001:2007,ISO9001:2015
Series: HYDRA Series Resilient Seat Butterfly Valve Temperature: -29℃ ~ +120℃ Pressure: PN6, PN10, PN16(Class 150) Port Size: DN32-DN2400(NPS1 1/4-NPS96) Power: Manual, Electric, Pneumatic, Hydraulic
Butterfly valves have been around for a long time, and are used for a variety of applications. They made their first appearance during the 1930s, and have been utilized by several industries ever since. Often made out of cast iron, butterfly valve's name is based from the functionality of its disc.
The wafer butterfly valve is one of the most common types of valves in industrial pipelines. The structure of wafer butterfly valve itself is relatively small. It is only necessary to put the butterfly valve in the middle of the flange at both ends of the pipe, and use the stud bolt to pass through the pipe flange and the pair.
The manual valve is a valve operated by the handle and the hand wheel, and is a commonly used valve on the equipment pipeline.
Valves are the most common equipment in chemical companies. It seems easy to install valves, but if they are not implemented in accordance with the re...
DIN standard now uses EN standard structure length
EN 558-1 PN flange connection valve construction length (instead of DIN 3202), EN 558-2 CLASS flange connection valve construction length (instead of BS2080), EN 12982 butt weld end valve construction length (instead of DIN 3202), DIN standard The length of the structure including the length of the API valve is basically the same as the length of the GB...
Resilient-seated gate valve with bolted cover connection; made of ductile iron materials and with epoxy coating, designed as both clockwise and anti-c...
The butterfly valve disc is a key component of the butterfly valve, which acts on closing and opening and closing. Butterfly valve seat and butterfly ...
What is Kieselguhr Filter? What's the working principle of Kieselguhr Filter? The kieselguhr filter (Candle filter / Cake Filter) which we for customized for fluorine chemical plant six more lithium fluoride phosphate phosphorus process have been installed and working for two years
MINOTAUR series replaceable seat high performance butterfly valve
Pressure reducing valves (PRVs) are essential components in many industrial and commercial applications, including water treatment plants, oil and gas pipelines, and HVAC systems. These valves work by regulating the flow of fluid and maintaining a constant output pressure.
The PRV is typically installed on the downstream side of a higher pressure system, and its function is to reduce the pressure to a lower level before being supplied to downstream devices or systems. The valve operates by sensing the downstream pressure and adjusting the valve opening to maintain a specific output pressure. If the downstream pressure rises above the set point, the valve closes partially, reducing the flow rate and limiting the output pressure. Conversely, if the downstream pressure drops below the set point, the valve opens wider to increase the flow rate and raise the downstream pressure.
PRVs can be adjusted to achieve a specific output pressure, and they typically have a range of output pressures they can maintain. This makes them essential for maintaining a precise and stable pressure in many industrial processes. For example, in water treatment plants, PRVs ensure that the water is delivered at the correct pressure to filtration systems, ensuring proper purification. In HVAC systems, PRVs maintain a consistent flow of air, enabling air circulation to cool or heat indoor spaces effectively.
In conclusion, pressure reducing valves play an important role in many industrial and commercial applications, regulating the flow of fluids and maintaining a constant output pressure.
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