PTFE Lined Butterfly Valve Manufacturer in Pune

Send Inquiry

Request To Call Back

PTFE Lined Butterfly Valve Manufacturer in Pune

Price 800 INR/ Unit

Get a Price/Quote

MOQ : 1 Number

PTFE Lined Butterfly Valve Manufacturer in Pune Specification

Valve Type
Butterfly

Control System
Manual, Electric actuator, Pneumatic actuator

Material
Body: Cast Iron / Ductile Iron / SS 304 / SS 316; Lining: PTFE

Connection Type
Wafer / Lug / Flanged

Valve Size
2 to 12 (50mm to 300mm)

Features
Corrosion-resistant, Low torque operation, Bubble-tight shutoff, Maintenance free

Structure
Wafer / Lug type

Voltage
220V / 415V (for actuated type)

Sealing
PTFE / EPDM / Viton

Application
Chemical, Pharmaceutical, Water Treatment, Food and Beverage Industries

Type
PTFE Lined Butterfly Valve

Power
Manual / Electric / Pneumatic

Pressure
PN 10 / PN 16

Media
Acids, Alkalis, Corrosive fluids

Port Size
DN50 to DN300

Temperature
-10C to +200C

Disc
Ductile iron / Stainless Steel with PTFE lining

Pin
Stainless steel / Alloy steel

Torque Range
Low torque design for ease of operation

Seat Material
PTFE / EPDM

Coating
Epoxy painted for enhanced durability and chemical resistance

Face to Face Dimensions
As per manufacturer and international standards

Stem Material
SS 316 / SS 304

Body Lining Thickness
2.5 mm to 3 mm PTFE lining

Leakage Rate
Class VI

Design Standard
API 609 / BS EN 593

Operation Mode
Lever, Gearbox, Electric, Pneumatic

End Connection
Wafer design to fit between flanges as per ANSI, DIN, BS standards

Working Life
Extended due to PTFE lining and robust construction

Fire Safe
Design available on request

About PTFE Lined Butterfly Valve Manufacturer in Pune

FlowBiz PTFE lined Butterfly valve model IVTFE provides an optimum solution to the corrosion problems encountered by the chemical process industries with conventional butterfly valves. The PTFE seat liner covers the entire wetted surface of the body and extends to the flange contact faces, thus eliminating the possibility of any media contact with the body metal.

Critical Features Full PN10 pressure rating for the entire range of valve sizes from DN50 to DN350.
Bi-directional valve with sealing capability to hold rated shut-off pressure in either direction.
A circularly molded backup elastomer provides uniform contact pressure over the entire seat without losing the shaft bore shape, ensuring bubble-tight closure every time.
A unique triple sealing system for shaft sealing eliminates any fugitive emission or secondary leakage.
Self-lubricated shaft bearings (PTFE-coated stainless steel) for the drive and non-drive end shaft ensure minimum bearing friction torque.

Versatile End-Connection and Structure

These butterfly valves come in wafer and lug types, seamlessly fitting between flanges of various standards such as ANSI, DIN, and BS. This adaptability ensures easy installation across multiple industrial pipelines, reducing downtime and ensuring consistent system integration.

Advanced Coating for Durability

Every valve is epoxy painted, boosting resistance to corrosion, chemicals, and environmental exposure. This protective layer not only extends valve lifespan but also reduces maintenance requirements, especially important in aggressive media like acids and alkalis.

Wide Operational Choice and Applications

Operators have options of manual (lever/gearbox), electric, or pneumatic actuators, capable of handling a voltage range from 220V to 415V for actuated types. The valves are suitable for chemical, pharmaceutical, water treatment, and food & beverage industries, covering pressure ratings from PN 10 to PN 16, and temperature ranges from -10C to +200C.

FAQ's of PTFE Lined Butterfly Valve Manufacturer in Pune:

Q: How does the PTFE lining enhance the performance of butterfly valves in corrosive environments?

A: PTFE lining acts as a barrier between the valve's components and aggressive media such as acids and alkalis, offering exceptional resistance to chemical attack. This results in longer operational life and minimizes the risk of contamination and degradation within demanding process industries.

Q: What is the process for installing a wafer design PTFE lined butterfly valve between flanges?

A: Installation is straightforward: the wafer design allows the valve to be sandwiched directly between pipeline flanges compatible with ANSI, DIN, or BS standards. Flange bolts secure the valve, requiring minimal space and reducing installation time compared to traditional flanged valves.

Q: When should I choose electric or pneumatic operation instead of manual for these valves?

A: Electric or pneumatic actuation is ideal when automation, remote control, or frequent operation is required-such as in complex process systems or for large valve sizes (DN50-DN300). Manual (lever or gearbox) operation fits lower-frequency use or smaller installations.

Q: Where are PTFE lined butterfly valves typically used?

A: These valves are extensively employed in industries where corrosion resistance and reliable shutoff are crucial, including chemical processing, pharmaceuticals, water treatment plants, and food/beverage production. Their design accommodates media ranging from acids to food-grade liquids.

Q: What benefits does epoxy coating provide for these valves?

A: Epoxy-coated bodies offer enhanced durability, resisting chemical corrosion, environmental wear, and surface damage. This protective layer significantly extends service life, especially in harsh operating conditions, and reduces maintenance frequency.

Q: How is low torque operation advantageous for these butterfly valves?

A: Low torque design means less force is needed to operate the valve, translating to easier manual handling and lower energy consumption for actuators. This feature also minimizes wear on components, resulting in smooth functioning and an extended maintenance-free life.

Q: What quality standards and leakage rates do these valves meet?

A: Manufactured according to API 609 and BS EN 593 design standards, these valves adhere to Class VI leakage rate-ensuring bubble-tight shutoff and maximum safety in preventing leaks, especially important when handling hazardous or high-value media.

Tell us about your requirement