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Concentric Butterfly Valve

Price 7000 INR/ Unit

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MOQ : 1 Number

Concentric Butterfly Valve Specification

Connection
Wafer / Lugged

Valve Type
Concentric Butterfly Valve

Material
Cast Iron / Ductile Iron

Power Source
Manual / Electric / Pneumatic Actuation

Pressure
PN10 / PN16 / 150 PSI

Media
Water, Air, Oil, Non-corrosive Liquids

Working Temperature
-10C to 120C

Port Size
DN50 to DN600

Shape
Round / Wafer Type

Body Color
Blue or as per requirement

Operation Type
Lever / Gearbox / Actuator

Coating
Fusion Bonded Epoxy

Standard
EN593 / ISO 5752

End Connection Standards
ISO PN10/PN16, ANSI 150

Face to Face
EN 558 Series 20

Leakage Class
Class VI (Bubble Tight)

Seat Material
EPDM / NBR / PTFE

Disc Material
Stainless Steel / Ductile Iron

About Concentric Butterfly Valve

FlowBiz Exports Pvt Ltd Valves is a High Quality Concentric Butterfly Valve Manufacturer in Mumbai, Maharashtra, India. We are a leading manufacturer of Concentric Butterfly Valve in Mumbai and nearby areas.

On a centric (concentric) butterfly valve the stem is centered in the middle of the disc and the disc centered in the bore. The eccentric butterfly valve has one or more stems (stub shafts) located offset from the center according to the categories of double and triple offset valves.

Classification:

Water Type Butterfly Valve

Lug Butterfly Valve

Double Flange Butterfly Valve

Butt Welding butterfly Valve

Features:

- Perfect strength

- Anti-corrosive

- Durability

Product Details:

Material - Stainless Steel

Brand - FlowBiz

Usage/Application - Industrial

Pressure - EN 1074-1&2, EN 12266 Seat Test: 1.1 x PN Body Test :1.5 x PN

F To F Standard - EN 558 Series 20

Versatile Material Choices for Optimal Durability

Select between stainless steel or ductile iron discs and EPDM, NBR, or PTFE seats to match application requirements. This flexibility ensures resistance to corrosion and compatibility with various media, increasing operational longevity and minimizing maintenance needs.

Compliance with International Standards

The valve complies with EN593, ISO 5752, and EN 558 Series 20 standards for face-to-face dimensions and end connections. Available with ISO PN10/PN16 and ANSI150 flanges, it fits into diverse industrial systems, ensuring global interoperability and quality assurance.

Advanced Coating and Customization

A robust fusion-bonded epoxy coating enhances the valve's resilience against environmental factors, while the body color can be tailored upon request to fit specific branding or identification needs. This guarantees both reliability and aesthetic flexibility.

FAQ's of Concentric Butterfly Valve:

Q: How can I select the best disc and seat material for my application?

A: The choice between stainless steel and ductile iron discs, as well as EPDM, NBR, or PTFE seats, depends on the media handled and environmental conditions. Stainless steel and PTFE offer higher corrosion resistance for aggressive or high-purity fluids, while ductile iron and EPDM/NBR are cost-effective for water and non-corrosive liquids.

Q: What are the benefits of using a concentric butterfly valve in fluid control systems?

A: Concentric butterfly valves provide efficient flow regulation with minimal pressure drop, bubble-tight sealing (Class VI), and quick operation. Their compact design and various actuation options make them highly adaptable for installations where space and accessibility are factors.

Q: When should I use lever, gearbox, or actuator operation types?

A: Levers are suitable for manual, low-torque applications and smaller sizes. Gearboxes provide easier manual control for larger or higher-pressure valves. Actuators-electric or pneumatic-should be chosen for automated processes or remote operation requirements.

Q: Where can the concentric butterfly valve be installed?

A: These valves are designed for water, air, oil, and other non-corrosive liquid systems in industrial, municipal, and HVAC applications. With a wide pressure and temperature range and compatibility with multiple connection standards, they can be integrated into numerous systems worldwide.

Q: What is the process for installing this valve?

A: The valve can be installed between flanges (wafer or lugged connections) following EN 558 Series 20 face-to-face and ISO/ANSI flange standards. Proper alignment, correct torque, and verification of seal integrity (Class VI) ensure reliable operation. Always adhere to manufacturer's guidelines for the chosen actuation type.

Q: How does the fusion-bonded epoxy coating benefit the valve?

A: Fusion-bonded epoxy provides excellent protection against corrosion and chemical attack, prolonging valve life and maintaining performance even in challenging environments. It is especially advantageous in water treatment and outdoor installations.

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