• Adjusting Valve with PFA Lined for Flow Control
  • Adjusting Valve with PFA Lined for Flow Control
  • Adjusting Valve with PFA Lined for Flow Control
  • Adjusting Valve with PFA Lined for Flow Control
  • Adjusting Valve with PFA Lined for Flow Control
  • Adjusting Valve with PFA Lined for Flow Control

Adjusting Valve with PFA Lined for Flow Control

Diameter: Dn15~250
Actuator: Double Action
Temperature: -20~180
Transport Package: Plywood
Specification: CE, SGS, TS
Trademark: YFM/CUSTOMIZED
Customization:
Gold Member Since 2012

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Manufacturer/Factory

Basic Info.

Model NO.
ZJHPPFA
Origin
Wenzhou, China
HS Code
8481804090
Production Capacity
500PCS/Month

Product Description

Adjusting Valve with PFA lined for flow control
Product Description
1. Pneumatic/electric lined single-seat control valve is the execution unit in automation instrument system; It consists of many spring film actuators/electric actuators and through-way fluorine-lined single-seat regulator. Installed on the medium pipeline and operated with other instrument to control parameters such as flow rate etc. Due to the wetted parts of valve are lined with fluorine plastic (PTFE, PFA, FEP), and the stem sealing adopts PTFE bellow and packing, it has better performance in corrosion resistance and sealing and its installation has better reliability. It's suitable for any corrosive medium except for "molten alkali metals and fluorine element". The lined control valves are widely used in petrochemical, electric power, metallurgy, pulp&paper and other industrial automation device.
2. Operating method: Electric, pneumatic, hydraulic
3. Lining material: FEP, PFA, GXPO etc.

Structure and Operation Principle
1. Pneumatic/electric fluorine-lined control valve is consists of lined control valve body and straight travel pneumatic spring diaphragm actuator or electric actuator.
2. Pneumatic/electric actuator is an important part of automatic control system. Pneumatic actuators (figure 1) have both direct and indirect action. When air pressure increases, the push rod stretch out the membrane room, it is called direct action. When air pressure increases, the push rod back into membrane room, it is called indirect action, together with valve body to constitute the air-to-close.
Figure 2 shows the working principle of positioned on electrical/pneumatic valve: When the pressure signal input into membrane room, generating pushing force to the diaphragm to compress the spring, making the push rod move to drive the stem, changing the flow area between the valve trim and seat, until the counteractive by spring keep balance with pushing force on diaphragm by signal pressure, so as to achieve the purpose of process parameters automatic adjustment.
Adjusting Valve with PFA Lined for Flow Control

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