When it comes to flow control applications, one of the most important components you need is a gate valve. However, choosing the right gate valve for your system can be a challenge. With many types and models available on the market, you need to consider several factors, such as pressure rating, media type, temperature, and other operational requirements. Fortunately, there's a gate valve that can suit most of these needs - the Resilient Seat Gate Valve, Series 14, Flanges Din PN25 PVL Range from DN40 to DN300.
What is a Resilient Seat Gate Valve?
A Resilient Seat Gate Valve is a type of gate valve that uses a rubber or elastomer compound to create a tight seal between the gate and the valve body. Unlike a metal-to-metal seal, a resilient seat seal allows for some deformation, thus accommodating minor misalignments, vibrations, and thermal expansion/contraction. This type of valve is ideal for low- to medium-pressure applications and is commonly used in water supply, sewage, irrigation, and industrial applications.
Why Choose the Series 14 Resilient Seat Gate Valve?
The Series 14 Resilient Seat Gate Valve is a top-quality gate valve that offers superior performance, reliability, and durability. Here are some of the features that make this valve stand out from the crowd:
- PN25 Flanges Din: The valve is designed to meet the DIN PN25 pressure rating, which means it can handle a maximum working pressure of 25 bars (362 psi) at a temperature range of -10°C to 120°C.
- PVL Range from DN40 to DN300: The valve's size range is from DN40 to DN300, which covers most flow control applications. You can choose the right size according to your flow rate, pipe diameter, and system requirements.
- Full step: The valve has a full step gate that ensures a smooth flow path and minimizes turbulence and pressure drop. This design also reduces wear and tear on the valve and prevents blockages and clogging.
- 100% waterproof bi-directional closure: The valve's resilient seat provides a tight seal in both directions, preventing backflow and leakage. The valve's gate also has a wedge shape that applies equal pressure on both sides of the seat, ensuring a uniform seal.
- Minimal pressure drop: The valve's full step design, combined with its resilient seat, ensures minimal pressure drop across the valve, thus optimizing your system's performance and minimizing energy loss.
- Under torque: The valve requires low torque to operate, thanks to its wedge gate design and resilient seat. This feature reduces the risk of damage to the valve or actuator and extends their service life.
- Flanges with RF protrusion: The valve's flanges have a raised face (RF) protrusion, which ensures a secure and tight fit between the valve and the pipe flanges. This design also reduces the risk of gasket blowout and improves the valve's stability and reliability.
- Epoxy paint 250 microns. RAL 5017: The valve's body and components are coated with a high-quality epoxy paint that provides excellent corrosion protection and long-term durability. The paint's color (RAL 5017) also makes the valve easy to identify and maintain.
Conclusion
If you're looking for a high-quality gate valve that can handle most flow control applications, the Series 14 Resilient Seat Gate Valve is an excellent choice. Its robust construction, superior sealing performance, and low maintenance requirements make it a reliable and cost-effective solution for your system. Remember to choose the right size, pressure rating, and other specifications to ensure optimal performance and longevity. Contact your supplier or manufacturer to learn more about the Series 14 Resilient Seat Gate Valve and Din Resilient Gate Valve today!