Fluid Controls Ltd is one of the UK’s leading distributors for pressure control

Hi Check Valve

Hi-Check Non-Return Valve

For process instrumentation applications requiring unidirectional flow control, we recommend Parker’s Hi-Check series of non-return valves. Offering maximum cold work pressure ratings of up to 689 bar/10,000 psi, these high-performance check valves are suitable for fluid and gas applications within the chemical, petrochemical and oil and gas offshore industries. 

Featuring a two-piece body design, Parker’s robust Hi-check valves minimise the risk of leakage. They also offer a choice of male and female compression ends to eliminate the need for taper threads and sealants. As a result, these high-performance check valves further reduce potential leakage, as well as avoiding system contamination and lowers installation costs.

High-performance check valves from Parker

Manufactured from 316 stainless steel as standard, high-performance check valves from Parker can wield a multitude of benefits for your industry. Below we have detailed the primary features and benefits of their Hi-check non-return valves:

  • Self-centring seal
  • Low noise emissions
  • Rugged design
  • Zero coil bounding check spring
  • Environmentally sealed connector thread
  • Comprehensive selection of inlet and outlet connections
  • ANSI/ASME B.16.34 pressure and temperature compliance

All high-performance check valves from Parker are fully hydrostatically factory tested and heat traceable. Additionally, there is an extensive choice of O-ring materials available, including FP75 and V1238-05 fluorocarbon rubbers for explosive decompression and extrusion resistance for high-pressure applications. For further customisation, the seat materials for Hi-check non-return valves also come in a variety of materials, such as nitrile and EPR.

High-performance non-return valve suppliers

Here at Fluid Controls, we are official distributors of Parker valves and instrumentation products, including their Hi-check series non-return valves. Whether you require process control valves for chemical injection skids, hydraulic systems or water treatment, Fluid Controls can provide high-performance non-return valves to match the specific needs of your application.

To discuss your high-performance valve requirements with a member of our team, call us on 0118 970 2060.

Latest News

What are the different ball valve types? Ball valves are extremely popular in an industrial setting because of their ease of use and simplicity to maintain. They can be manually operated or controlled by pneumatic, hydraulic or electric actuation, and are used to control and manage the fluid flow rate of vapours, liquids and gases. There... Read More
How do ball valves work? A process ball valve is used in industrial settings to manage the flow measurement and control of liquids, gases and vapours into a piping system. They’re incredibly important for the control of fluids in a process system. So, how do ball valves work? Continue reading to discover everything you need... Read More
What is process control? Process control covers a variety of disciplines and technologies. It could be mass flow, pressure, fluid flow, temperature or position. Principles of process control follow the same rules of measurement followed by adjustment of a process variable to maintain control of the process. The more accurate... Read More
What are process ball valves? Process ball valves are typically used in industrial applications, providing reliable leak-proof protection. They can be used manually, pneumatically or electrically and are manufactured in a variety of construction materials. Continue reading to find out all you need to know about ball valves. What... Read More
How Bürkert's FLOWave works Fluid Control experts Bürkert revolutionised the flowmeter market with the introduction of their FLOWave flowmeter. This game-changing device harnesses surface acoustic waves (SAWs), similar to those found in earthquakes, to deliver highly accurate flow measurements. Here, Fluid Controls explains... Read More