Reliable and durable solution for flow control in demanding industrial environments. Its high-quality Viton seat provides exceptional resistance to aggressive chemicals and high temperatures, ensuring optimal performance and long life in challenging applications.

Highlighted Features:

• High Quality Viton Seat:  Ensures excellent resistance to aggressive chemicals and high temperatures, ensuring reliable operation under demanding conditions.

Characteristics:

• Body in Cast Iron GG25 
• Flange to flange design: ANSI 150 Series 200
• Face to face design: EN558-1
• SS316 Disc
• Replaceable VITON Seat
• PTFE bushing
• Working pressure: PN16 (230 psi)
• Working temperature -20ºC – 204ºC

• Technical Specifications: With a working pressure of PN16 (230 psi) and a wide temperature range of -20ºC to 204ºC, this valve is suitable for various operating conditions in industrial environments.

Butterfly valves with seat of  Viton  (a type of fluorocarbon elastomer) are known for their resistance to harsh chemicals and high temperatures.

Some of the recommended applications:

Chemical industry:  They are ideal for handling aggressive chemicals. Viton's exceptional resistance to a wide range of chemicals makes it a popular choice in industrial environments where corrosive chemicals are handled.

Petrochemical industry:  In applications where hydrocarbons and aggressive chemicals are encountered, Viton seated butterfly valves are used to ensure long-lasting performance and superior chemical resistance.

Pharmaceutical industry:  In some specific cases in the pharmaceutical industry, where resistance to chemicals and high temperatures is required, Viton seated butterfly valves may be a suitable choice.

Food processing industry:  In applications where chemical and high temperature resistance are required, Viton seated butterfly valves can be used in fluid handling in food processing.

Semiconductor industry:  Due to the chemical resistance and high purity required in semiconductor manufacturing, Viton seated butterfly valves are used in critical systems.

Vehicle exhaust systems:  In exhaust systems of cars and heavy machinery, where high temperatures and corrosive gases are encountered, the valves