Cast Iron Wafer Check Valve

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MOQ : 1 Piece

Cast Iron Wafer Check Valve Specification

Structure
Wafer Type Single Plate/Swing Type

Material
Cast Iron

Power
Manual (non-powered)

Pressure
PN 10/16 (Suitable for standard pipeline pressure ratings)

Media
Water, Non-corrosive Liquids

Working Temperature
-10C to 120C (approx., depending on liner & seat)

Port Size
50mm to 300mm (DN50-DN300), can vary by manufacturer

Surface
Epoxy Powder Coated, Smooth Finish

Shape
Round Wafer (circular wafer shape)

Application
Water, Sewage, Fire fighting, HVAC, General Industrial Pipelines

Face to Face Dimension
EN 558, ISO 5752 Standardized

Operation
Non-return/One-way flow (Check Valve Function)

Sealing Standard
Bubble tight sealing

Body Coating
Fusion Bonded Epoxy Coating

Installation
Sandwiched between flanges

Disc Material
Ductile Iron/ Stainless Steel (optional by manufacturer)

Corrosion Resistance
High (due to coating/liner)

Maintenance
Low (simple design, minimal moving parts)

End Connection
Wafer (fits between flanges)

Seat Material
EPDM/NBR/Viton (depends on application)

Cast Iron Wafer Check Valve Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Pieces Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

About Cast Iron Wafer Check Valve

Seize the promotion and experience astounding value with our Cast Iron Wafer Check Valve-highlighted by dazzling performance in demanding environments. This crowning addition to pipeline solutions features a round wafer design, fusion bonded epoxy coating for supreme corrosion resistance, and standardized face-to-face dimensions (EN 558, ISO 5752). Installation is sandwiched between flanges for effortless setup, with non-return operation ensuring one-way flow. Choose either ductile iron or stainless-steel discs, and EPDM, NBR, or Viton seats for remarkable flexibility. Bubble-tight sealing and low maintenance offer users a reliable, energy-efficient solution suitable for water, sewage, and industrial media.

Versatile Installation & Practical Usage

Installed by sandwiching between flanges (wafer type), the Cast Iron Wafer Check Valve provides a smooth, effortless setup for non-return applications. Used predominantly to prevent backflow, it is ideal at pump outlets and pipeline intersections. Its application spans water supply systems, sewage management, fire-fighting lines, HVAC circuits, and general industrial pipelines, guaranteeing dependable and efficient operation wherever precise flow regulation is paramount.

Leading Export Markets & Packaging Policy

This wafer check valve holds stellar market value across international export destinations including Asia, Africa, and the Middle East. Sale price is determined by valve size and custom specifications, with competitive purchase order arrangements for bulk trading. Packaging is tailored for protection-secure crates or boxes shield each unit during transit. Sample policies accommodate genuine buyers, allowing initial appraisal before confirming major orders, further reinforcing our reputation as a trusted supplier and service provider from India.

FAQ's of Cast Iron Wafer Check Valve:

Q: How is the Cast Iron Wafer Check Valve installed?

A: The valve is installed by sandwiching it between two pipeline flanges (wafer type connection), ensuring an easy and secure installation process with minimal space requirements.

Q: What are the main applications for this check valve?

A: This check valve is widely used in water supply, sewage systems, fire-fighting installations, HVAC pipelines, and various industrial flow control setups to prevent reverse flow.

Q: When should EPDM, NBR, or Viton materials be selected for the seat?

A: Select the seat material based on your application's temperature, pressure, and media compatibility: EPDM for water and mild chemicals, NBR for oils, and Viton for aggressive or high-temperature fluids.

Q: Where can this valve be used most effectively?

A: It is especially effective in environments where high corrosion resistance and low maintenance are desirable, such as municipal waterworks, industrial processing, and firefighting systems.

Q: What are the benefits of the fusion bonded epoxy coating?

A: The epoxy powder coating safeguards the valve against corrosion, enhancing durability and extending service life, especially when exposed to harsh or moist conditions.