Gate valve | Numerous end connections

Gate valves with PE pipe ends for direct welding into PE pipes

The boltless, full bore PE end connection boasts full tensile resistance designed to satisfy DVGW G-1 standards. A standard PE pipe is directly pressed onto the grooved valve end. The grooves combined with a sleeve ensure that the PE pipe material is secured and the connection remains tight during the lifetime of the pipeline. A shrink hose seals the connection for corrosion protection. The full and straight bore guarantees minimal pressure loss and permits under-pressure drilling. Variants are available for water supply, gas supply, and fire protection applications. Additionally, options include flanged x PE end for water and gas supply, Supa Maxi x PE end for water supply, and steel spigot end x PE end for gas supply.

Click here to get more.

Explore the advantages of a fully welded pipe system.

Gate valves with tensile coupling ends for maximum flexibility

AVK also provides tensile couplings with integrated valves, simplifying the process of turning off the water during repairs or replacements. The Supa Maxi gate valve with tensile universal coupling ends allows installation in all pipe types, commonly used for connecting old cast iron pipes to new PE pipes. The coupling ends are designed with a flexible bracket that ensures tightness up to PN 16 across all dimensions, negating the need for retightening bolts. Installation is straightforward due to a large insertion depth tolerance, deflection of ± 4°, and permanent end protection caps. The variant featuring Supa Maxi x PE end gate valve connects to any pipe material on one end while allowing direct welding into PE pipes on the other. The Supa Plus gate valve is specifically designed for PE and uPVC pipes, utilizing a compression-type gasket that permits a deflection of ± 3.5°, facilitating easy pipe end insertion even in larger dimensions.

Flanged gate valves conforming to all major standards

AVK provides flanged gate valves that adhere to nearly all standards, maintaining face-to-face dimensions according to EN 558 table 2 basic series 14 (short, DIN F4) and series 15 (long, DIN F5), as well as GOST, SABS, AWWA, AS, and BS. We also offer gate valves with flange x PE end and flange x spigot end options, along with combi-crosses featuring 3 and 4 outlets. Our flanged gate valves are accessible in multiple material configurations, making them ideal for various applications in our four segments: water supply, gas supply, wastewater treatment, and fire protection.

Socket End Resilient Seat Gate Valve Innovations and their Importance

The relevance of socket end resilient seat gate valves in contemporary infrastructure cannot be overstated. These valves are integral in managing fluid flow, particularly in water and wastewater systems. This section will delve into the features, benefits, and practical uses of socket end resilient seat gate valves, demonstrating their vital role in infrastructure today.

Understanding Socket End Resilient Seat Gate Valves

The robust design of these valves allows for effective liquid management, especially for water. Featuring a resilient seat made from materials such as rubber or elastomer, these valves provide a tight seal when closed. The socket end design also facilitates easier installation in piping systems.

Advantages of Socket End Resilient Seat Gate Valves

1. Leakage Prevention: The resilient seat material ensures that valves remain leak-free, minimizing risks of water loss and contamination.

2. Durability: Designed to endure harsh conditions—fluctuating temperatures, corrosive environments, and high pressure—these valves offer a long lifespan and are cost-effective for extended projects.

3. Ease of Installation: The socket end design simplifies connectivity within piping systems, reducing installation times and labor costs.

4. Low Maintenance: Regular inspections suffice to maintain the valves, making them a practical option for numerous applications.

5. Versatility: Applicable in various domains, including municipal water supply, irrigation, fire protection, and industrial processes, these valves prove their worth across diverse engineering efforts.

Applications in Modern Infrastructure

In contemporary infrastructure, socket end resilient seat gate valves serve crucial purposes. Typically used in municipal water systems for flow control, they ensure residents receive clean water. Moreover, in wastewater management, these valves help regulate both untreated and treated water flows, supporting environmental conservation initiatives.

Conclusion

The integral role of socket end resilient seat gate valves in effective fluid management highlights their significance in diverse applications. Their strong construction, ease of installation, and low maintenance requirements render them a favored option among engineers and contractors. As global infrastructure continues to expand, the demand for reliable fluid control solutions like socket end resilient seat gate valves is anticipated to rise, emphasizing their importance in sustainable and efficient systems.

Contact us to discuss your requirements for a Socked End Gate Valve. Our expert sales team is ready to help determine the best options for your needs.