PP Non Return Screwed Valve

About PP Non Return Screwed Valve

Product : - PP Non Return Valve

Gokul Poly Valves Pvt. Ltd. offers premium-grade PP Non Return Valves designed to ensure one-directional flow and prevent backflow in pipelines. Built from virgin polypropylene, these valves are highly resistant to chemicals and corrosion, making them ideal for industrial, agricultural, and chemical applications. With excellent durability and minimal maintenance, our NRVs are trusted across sectors.

✅ Key Features:

• 100% virgin polypropylene body

• Available in flange & threaded ends

• Chemical & corrosion-resistant

• Leak-proof & lightweight

• Sizes: 1” to 12”

• Low-pressure drop & high flow efficiency

✅ Applications:

• Chemical industries

• Water treatment plants

• Agricultural irrigation

• Fertilizer & pesticide pipelines

• Pharma and food industries

✅ Related Products:

• PP Foot Valve

• PP Ball Valve (Solid & 3-Piece)

• PP Flanged Valve

• PP Butterfly Valve

• PP Y Type Strainer

• PP Union Ball Valve

• HDPE Non Return Valve

• PVC NRV

• PPH NRV
  
  Why Gokul Valves?

  • ISO 9001: Certified manufacturing facility

  • 15+ years of trusted industry experience

  • Precision-engineered fittings for reliable performance

  • Prompt delivery and competitive prices

  • Wide range of PP, HDPE Ball valve & fittings 

Media	Water,Gas,Powder/Solids
Valve Size	25mm to 1100mm
Material	pp
Color	WHITE
Construction	FLANGEND AND THREADED
Port Size	32MM TO 315MM
Thickness	10MM
Working Temperature	80
Pressure	8 kg
Brand	gokul
Model	2 PICE FLANGEND
Size	1" TO 12"

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Key Features of the PP Non Return Screwed Valve

Designed for efficiency, this valve boasts a strong plastic build, enabling resistance to corrosion and wear. Its non-return mechanism prevents backflow, making it ideal for applications requiring precise unidirectional flow. Supporting temperatures up to 80C and pressures from medium to high, this valve serves a wide range of water-based systems.


Versatile Applications and Easy Installation

With a size range from 1" to 12" and flange-type connections, this valve is simple to integrate into existing pipelines. Its manual operation allows flexibility for all types of pipe fittings, making it suitable for residential, commercial, and industrial water management.


Reliable Performance from a Trusted Source

As an established manufacturer, exporter, supplier, and service provider, our valves are designed in accordance with industry standards. Our distribution network across India ensures you receive dependable solutions and prompt support for all your piping needs.

FAQs of PP Non Return Screwed Valve:

Q: How is the PP Non Return Screwed Valve installed?

A: The valve is designed for flange-type connections, allowing quick and secure installation onto all standard pipeline fittings. Simply align the flanges and tighten the bolts as per your pipe size specifications.

Q: What are the typical applications of this valve?

A: This non-return valve is suitable for a variety of piping systems, especially those carrying water under medium to high pressure conditions, such as in water treatment plants, residential plumbing, and industrial facilities.

Q: When should I use a non-return valve in my pipeline?

A: Non-return valves are essential when you need to prevent backflow and maintain unidirectional water flowcrucial for safeguarding pumps, pipelines, and equipment from potential reverse flow damage.

Q: Where can I source the PP Non Return Screwed Valve in India?

A: As an exporter, manufacturer, supplier, and service provider, we deliver our valves across India. You can reach out through our online platform or contact our sales team for procurement.

Q: What materials are used in manufacturing the valve and what are the benefits?

A: The valve is made from high-quality plastic, offering resistance to corrosion, longevity, and low maintenance. Its robust construction makes it ideal for demanding water handling conditions.

Q: How does this valve handle high temperatures and pressure?

A: This model is engineered to perform efficiently under water temperatures up to 80C and can withstand medium to high operating pressures without compromising safety or performance.