PTFE Seated Butterfly Valve

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MOQ : 1 Unit

PTFE Seated Butterfly Valve Specification

Connection
Wafer type (between flanges)

Valve Type
PTFE Seated Butterfly Valve

Material
Body: Cast Iron / Ductile Iron / Stainless Steel, Disc: Stainless Steel, Seat: PTFE (Polytetrafluoroethylene)

Power Source
Manual (Gear operated/Handwheel), Pneumatic or Electric Actuator optional

Pressure
PN10/PN16 (10-16 Bar)

Media
Water, Chemicals, Corrosive Fluids, Gas

Working Temperature
-20C to +180C

Port Size
50 mm to 600 mm (2 to 24)

Shape
Wafer / Lug Type

Leakage
Zero Leakage

Disc Pin-less Design
Available

Operation
Quarter Turn

Mounting
ISO 5211 Top Flange for Actuator

Design Standard
API 609 / IS 13095

Stem Material
Stainless Steel

Corrosion Resistance
Excellent (suitable for aggressive chemicals)

End Connection
Flanged or Wafer type

Bubble Tight Shutoff
Yes, Bi-directional Sealing

Body Coating
Epoxy Coated

PTFE Seated Butterfly Valve Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
2-5 Days

Main Domestic Market
All India

About PTFE Seated Butterfly Valve

Access the finest control and reliability with our impeccable PTFE Seated Butterfly Valve-designed to meet API 609 or IS 13095 standards. This must-have valve brings you lofty performance via quarter-turn operation, immaculate zero leakage, bidirectional sealing, and a flawless pin-less disc design. Experience bubble-tight shutoff under extreme corrosion resistance, suitable for the most aggressive chemicals. Available in wafer or lug shapes, with sizes from 50 mm to 600 mm. Manual, pneumatic, or electric actuation options let you find perfect adaptability for every industrial requirement. Sourced from India's leading manufacturer and supplier.

Versatile Commercial Use & Unmatched Features

The PTFE Seated Butterfly Valve is engineered for demanding industrial environments, including chemical processing, water treatment, and gas handling applications. Its robust stainless steel stem, epoxy-coated cast iron or ductile iron body, and PTFE lining ensure longevity under aggressive media. Its zero-leakage design is ideal for critical shutoff and flow control, while the ISO 5211 top flange offers seamless actuator mounting. This valve's versatile flanged or wafer connections make installation simple across various commercial settings.

Reliable Supply & Certifications - Fast Shipments from India

We offer these PTFE Seated Butterfly Valves with express shipping and efficient global shipment options directly from India. Our supply chain supports steady availability, and FOB port services are arranged as needed. We ensure every valve is tested to meet stringent standards and comes with quality certifications, guaranteeing safety and performance. Whether you're managing bulk orders or urgent replacements, we provide timely delivery on every shipment.

FAQ's of PTFE Seated Butterfly Valve:

Q: How does the PTFE Seated Butterfly Valve ensure zero leakage?

A: The valve features a premium PTFE seat and precision-engineered disc to guarantee a bubble-tight, zero-leakage seal under both high and low-pressure conditions, making it suitable for critical applications.

Q: What are the main commercial uses for this valve?

A: This valve is extensively used in water treatment facilities, chemical plants, gas distribution systems, and industries dealing with corrosive fluids, due to its outstanding corrosion resistance and robust build.

Q: Where can the PTFE Seated Butterfly Valve be installed?

A: It can be installed between standard flanges in pipeline systems, thanks to wafer or lug body shapes, making it adaptable to a wide range of industrial and commercial settings.

Q: What is the process for actuating this butterfly valve?

A: Users can manually operate it using a gear or handwheel, or opt for remote control via pneumatic or electric actuators, all supported by the ISO 5211 top mounting flange.

Q: What benefits does the pin-less disc design provide?

A: The pin-less disc design eliminates potential leakage points and increases structural strength, enhancing reliability and reducing maintenance needs in harsh service conditions.