Check Valve

Check Valve

In Stock

Valve: Valves are for starting or stopping flow, regulating or throttling flow, preventing back flow or relieving and regulating pressure in fluid or gaseous handling applications. Common valve types include: Ball, Butterfly, Check, Diaphragm, Gate, Globe, Knife Gate, Parallel Slide, Pinch, Piston, Plug, Sluice, etc.

Check Valve: A check valve, clack valve, non-return valve, reflux valve, retention valve or one-way valve is a valve that normally allows fluid to flow through it in only one direction. Check valves are two-port valves, meaning they have two openings in the body, one for fluid to enter and the other for fluid to leave.

Product Enquiry

High-Efficiency Dual Plate Check Valve for Industrial Fluid Control

A Check Valve is an essential device used in fluid control where it allows for the movement of fluids in one direction and then blocks it in another. Thus, a valve is fundamental to water treatment plants, chemical industries and hydraulic systems. This pilot operated check valve has stood out because of its dependability as well as additional control features that make it fit for installation on complex hydraulic circuits demanding high accuracy flow regulation.

Material Specifications:

They are built using various materials including stainless steel, PVC, and cast iron, tailored to suit specific environmental and operational conditions. The [PVC Check Valve] is ideal for applications with low pressure and chemicals due to its lightweight and corrosion-resistance properties. The material selection is based on the lifecycle of the product and the necessity for environmental compliance.

Technical Specifications:

The sizes of these Check Valves range from 1/2 inches to 48 inches so as to suit the various pipeline sizes. The pressure rating can be as high as 600 PSI while the temperature tolerances are between -10°C and 200°C. Types that may be found include [Wafer Check Valve], [Dual Plate Check Valve], and [Ball Check Valve] among others, depending on which is most appropriate for a specific utility in different operational contexts. Particularly, the reason why many people like it is its space-saving design.

Standards and Compliance

Every Check Valve is manufactured in conformance with ASTM, ISO 9001, and API. As one of the leading [Check Valve Manufacturers in India], we ensure that our products have been subjected to stringent testing procedures in regard to these standards, providing assurance to our clients regarding their safety, reliability, and performance. As a [Check Valve Supplier], it is also certified for adherence to quality management and excellence in customer service.

Usage Instructions

Routine preventive maintenance practices, including normal inspection and cleaning, will ensure the best performance of your Check Valve and a long lifetime. The proper installation of the Check Valve, as provided by [Check Valve Manufacturers in India], does away with the most common problems of mispositioning and preserves good functional qualities. For troubleshooting and more detailed maintenance information, refer to the user manual or contact our technical support team.


The Check Valve, being one of the valves implemented with a one-way flow, is quite important. In applications like [Check Valve for Water Pump], this valve is highly implemented to avert backflow, which might end up impairing the pump. The [Hydraulic Check Valve] type is of major importance within the hydraulic system as it is used for holding steady pressure and averting backflow of liquid under conditions of variable pressure.

Features and Benefits


  • High pressures and rugged conditions can be withstood due to its rugged construction.
  • Quick design ensures minimum flow of back water.
  • It is available in various types, for example, [dual plate check valves] and [pneumatic check valves].


  • Ensures safety of the system and increases operational safety.
  • This helps in lowering maintenance costs by preventing fluid contamination and reducing component wear.
  • The prices are very competitive, really giving a good solution for the customer’s valve requirement with robust, reliable solutions.

Related Products

To complement your Check Valve installation, consider integrating:

  • [Pressure Relief Valves]: Overpressure protection is a must.
  • [Control Valves]: These valves have great precision over the flow and pressure within the system.
  • [Strainers]: The latter can be placed inside so as to screen debris and prevent clogging of Check Valve.

Support and Warranty Information

You can manage your plan, such as Our check valves, including the [Wafer Check Valve] and [PVC Check Valve], come with a full warranty and complete backup from our customer service. We can help with issues on installation, operation, and troubleshooting in order to make your valve perform perfectly during its service life.

Disc:Bronze / PVC (IS 15225) / Cast Carbon Steel / SS (ASTM A182 F6a) / SS304 Disc / SS316 Disc / Cast Iron Disc / Ductile Iron Disc / Mild Steel Disc / Renewable Disc / SG Iron Disc / S.S 202 Disc / Resilient Disc (Nitrile Rubber) / Spring Leaded Disc / Swing Type Disc
Operator:Hand Wheel Operated
Body (MOC):Forged Brass Body / Forged Carbon Steel Body / Bronze / Gun Metal Body/ Bronze (Gun Metal) / Cast Iron / Cast Carbon Steel / SG Iron / Stainless Steel (SS202, SS304, SS316) / Cast Stainless Steel / Forged Brass / PP / HDPE / Forged Stainless Steel (F304, F316)
Pressure Rating:Class-125 / Class-150 / Class-300 / Class-600 / Class-800 / Class-1500 / Class-900/ Class-2500 / PN-6 / PN-10 / PN-16 / PN-20 / PN-25 / PN-30 / PN-40 / PN-100 / Class-1 / Class-2 / 20 kgf/cm2 (300 LBS) / 40 kgf/cm2 (600 LBS) / 40 kg/cm2 (600 LBS)
Type:Horizontal Type / Vertical Type / Swing Type Non Return Valve / Feed Check Valve Type / Angle Type/ Lift Check Valve Wafer Type / Dual Plate Type / Disc Check Valve Type / Wafer Type / Ball Type / Piston Lift Up Type / Flap Type / O.S And Yoke Type / Y Type
ISI / Non-ISI:ISI & Non-ISI Both Available
IS Standard:IS:778/1980 / IS:5312 / IS:5312
IBR / Non-IBR:IBR & Non-IBR Both Available
End Connection:Socket Weld End / Flanged End / Screwed End / Wafer End / Solid Lug Type Butt Weld End / Female Ends / Flanged End
End Connection Type:“Suitable for Insertion Between Flanges as per BS 10 Table E / “Welded On Flanges as Per ASME B 16.5:CI 600 R.F. (Drilled) Serrated ” / Suitable for Insertion Between Flanges as per BS : 10 Table ‘E’ (Drilled) / Wafer type suitable for clamping between flanges as per ASME B 16.5 Class-150 / “Wafer Type Suitable For Clamping between flangs as Per ASME/ANSI B16.1 Cl-125” / Wafer Type Suitable for Clamping between flanges as per ASME B 16.5 CL – 300
Temp:100 C degree / 250 C degree
Bore Type:Reduced Bore / Full Bore / Standard Bore
Design:1 PC Design / 2 PC Design / Wafer type / Flanged type
Scroll To Top

My Cart

Shopping cart is empty!

Continue Shopping