PTFE Lined Butterfly Valve

PTFE Lined Butterfly Valve Specification

Material
Cast Iron

Structure
Butterfly

Usage
Industrial

Size
Different available

Pressure
Medium Pressure PSI

Media
Water

Color
Yellow

PTFE Lined Butterfly Valve Trade Information

Minimum Order Quantity
10 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
500 Units Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About PTFE Lined Butterfly Valve

The PTFE Lined Butterfly Valve is a high-quality valve designed for industrial usage. Its surface is galvanized, ensuring durability and longevity. The valve is made from PTFE, a material known for its chemical resistance and non-stick properties. It can handle water as its media, making it perfect for use in industrial water applications. Different sizes of the valve are available, ensuring compatibility with various pipe diameters. The valves construction ensures it is easy to install and maintain. Its butterfly design allows for precise control of flow rate while minimizing pressure drop. This valve is a reliable and cost-effective solution for industrial water applications. Its high-quality construction and materials ensure it can withstand harsh conditions and operate efficiently for extended periods.

FAQs of PTFE Lined Butterfly Valve:

Q: What is the PTFE Lined Butterfly Valve made from?

A: The valve is made from PTFE, a material known for its chemical resistance and non-stick properties.

Q: What is the valves surface finish?

A: The valves surface is galvanized, ensuring durability and longevity.

Q: What media can the valve handle?

A: The valve can handle water as its media, making it perfect for use in industrial water applications.

Q: What sizes are available for the valve?

A: Different sizes of the valve are available, ensuring compatibility with various pipe diameters.

Q: Is the valve easy to install and maintain?

A: Yes, the valves construction ensures it is easy to install and maintain. Its butterfly design allows for precise control of flow rate while minimizing pressure drop.