pneumatic filters, solenoid valves, signal feedbacks andFluorine-lined butterfly valveare common components in industrial fluid control systems, each playing different roles and often working together to achieve precise fluid control. Here's a brief description of these components:
Pneumatic filters: Used to remove impurities and particulates from compressed air to protect downstream equipment from contamination and damage. Filters can extend the service life of pneumatic equipment and ensure the stable operation of the system.
Solenoid valve: It is a switchgear that controls the flow of fluids through electromagnetic action. Solenoid valves are commonly used to control the flow direction, flow, or pressure of gases for automated control. In pneumatic systems, solenoid valves are often used to control the actions of actuators such as cylinders and air motors.
Signal Feedback: Used to monitor and feedback the status or parameters of a fluid system, such as pressure, flow, temperature, etc. The feedback device is typically connected to the control system and transmits real-time data to the controller for monitoring and adjustment.
Fluorine-lined butterfly valve: It is a special butterfly valve, and its key components such as valve body and valve plate use fluoroplastic (such as PTFE) as the lining material. Because fluoroplastics have excellent corrosion resistance, fluorine-lined butterfly valves are particularly suitable for dealing with corrosive media, such as acids, alkalis, etc. The butterfly valve itself has the characteristics of simple structure, light operation, and small flow resistance, and is often used for cutting, regulating, and diverting fluids.
In industrial automation systems, these components are often used in combination to achieve precise fluid control. For example, pneumatic filters protect solenoid valves from contamination, solenoid valves are used to control the opening and closing of fluorine-lined butterfly valves, and signal feedbacks provide real-time system status information. This combination provides efficient, reliable, and safe fluid control solutions.
It should be noted that the specific equipment selection and configuration should be determined based on actual application scenarios and fluid characteristics. At the same time, during the installation, use and maintenance, relevant technical specifications and safety operating procedures should be followed to ensure the normal operation and safety of the system. pneumatic filters, solenoid valves, signal feedbacks andFluorine-lined butterfly valveare common components in industrial fluid control systems, each playing different roles and often working together to achieve precise fluid control. Here's a brief description of these components:
Pneumatic filters: Used to remove impurities and particulates from compressed air to protect downstream equipment from contamination and damage. Filters can extend the service life of pneumatic equipment and ensure the stable operation of the system.
Solenoid valve: It is a switchgear that controls the flow of fluids through electromagnetic action. Solenoid valves are commonly used to control the flow direction, flow, or pressure of gases for automated control. In pneumatic systems, solenoid valves are often used to control the actions of actuators such as cylinders and air motors.
Signal Feedback: Used to monitor and feedback the status or parameters of a fluid system, such as pressure, flow, temperature, etc. The feedback device is typically connected to the control system and transmits real-time data to the controller for monitoring and adjustment.
Fluorine-lined butterfly valve: It is a special butterfly valve, and its key components such as valve body and valve plate use fluoroplastic (such as PTFE) as the lining material. Because fluoroplastics have excellent corrosion resistance, fluorine-lined butterfly valves are particularly suitable for dealing with corrosive media, such as acids, alkalis, etc. The butterfly valve itself has the characteristics of simple structure, light operation, and small flow resistance, and is often used for cutting, regulating, and diverting fluids.
In industrial automation systems, these components are often used in combination to achieve precise fluid control. For example, pneumatic filters protect solenoid valves from contamination, solenoid valves are used to control the opening and closing of fluorine-lined butterfly valves, and signal feedbacks provide real-time system status information. This combination provides efficient, reliable, and safe fluid control solutions.
It should be noted that the specific equipment selection and configuration should be determined based on actual application scenarios and fluid characteristics. At the same time, during the installation, use and maintenance, relevant technical specifications and safety operating procedures should be followed to ensure the normal operation and safety of the system. pneumatic filters, solenoid valves, signal feedbacks andFluorine-lined butterfly valveare common components in industrial fluid control systems, each playing different roles and often working together to achieve precise fluid control. Here's a brief description of these components:
Pneumatic filters: Used to remove impurities and particulates from compressed air to protect downstream equipment from contamination and damage. Filters can extend the service life of pneumatic equipment and ensure the stable operation of the system.
Solenoid valve: It is a switchgear that controls the flow of fluids through electromagnetic action. Solenoid valves are commonly used to control the flow direction, flow, or pressure of gases for automated control. In pneumatic systems, solenoid valves are often used to control the actions of actuators such as cylinders and air motors.
Signal Feedback: Used to monitor and feedback the status or parameters of a fluid system, such as pressure, flow, temperature, etc. The feedback device is typically connected to the control system and transmits real-time data to the controller for monitoring and adjustment.
Fluorine-lined butterfly valve: It is a special butterfly valve, and its key components such as valve body and valve plate use fluoroplastic (such as PTFE) as the lining material. Because fluoroplastics have excellent corrosion resistance, fluorine-lined butterfly valves are particularly suitable for dealing with corrosive media, such as acids, alkalis, etc. The butterfly valve itself has the characteristics of simple structure, light operation, and small flow resistance, and is often used for cutting, regulating, and diverting fluids.
In industrial automation systems, these components are often used in combination to achieve precise fluid control. For example, pneumatic filters protect solenoid valves from contamination, solenoid valves are used to control the opening and closing of fluorine-lined butterfly valves, and signal feedbacks provide real-time system status information. This combination provides efficient, reliable, and safe fluid control solutions.
It should be noted that the specific equipment selection and configuration should be determined based on actual application scenarios and fluid characteristics. At the same time, during the installation, use and maintenance, relevant technical specifications and safety operating procedures should be followed to ensure the normal operation and safety of the system.
Technical Scope
Temperature range: 0°C~150°C.
Working pressure: vacuum ~16Mpa (20°C)
Applicable fluids: can convey extremely strong chemically corrosive media, can withstand high temperature, vacuum resistance, wear resistance, and can be anti-static.
Application field: used in injections, vaccines, food hygiene, beverages, pharmaceuticals, chemical chemicals, biology, lithium batteries, semiconductor engineering and other industries.
Compliant with standards: Meets FDA and USP certifications.
Fluorine-lined valves, also known as fluoroplastic-lined
corrosion-resistant valves, are made of PTFE or PFA (or profiles
processed) by molding (or inlaying) on the inner wall of steel or iron
valve pressure bearings (the same method is applicable to the lining of
various pressure vessels and pipeline accessories) or the outer surface
of valve linings, and using its unique properties in strong corrosion
resistance media to make various valves and pressure vessels.
Fluorine-lined valves can use lining process for all the places that can be reached by the medium in the valve body, and the lining materials are generally made of fluoroplastics such as FEP (F46) and PCTFE (F3), which can be applied to various concentrations of sulfuric acid, hydrochloric acid, hydrofluoric acid, aqua regia and various organic acids, strong acids, strong oxidants and other corrosive media and other pipelines. However, fluorine-lined valves are limited by temperature, only suitable for mediums between -50°C~150°C, please consult our customer service for details.
Valves that can be made lined with fluorine plastics include: fluorine-lined butterfly valves,Fluorine-lined ball valves, fluorine-lined globe valve,Fluorine-lined diaphragm valves, fluorine-lined gate valves, fluorine-lined plug valves,Fluorine-lined pipe fittings、Fluorine-lined jointsetc., and accessories include (electric, pneumatic, electromagnetic, explosion-proof, filtering, adjustment, remote automatic control and other functions).
| Properties of PTFE-polytetrafluoroethylene | |
| High temperature resistance | The operating temperature is up to 250°C |
| Resistant to low temperatures | It has good mechanical toughness and maintains an elongation of 5% even when the temperature drops to -196°C |
| It is non-toxic | It has physiological inertness and has no adverse reactions as artificial blood vessels and organs implanted in the body for a long time |
| Mechanical properties | It is the smallest surface tension in solid materials, does not adhere to any substance, and its friction coefficient is extremely small, only 1/5 of polyethylene, which is an important feature of perfluorocarbon surfaces. Because the intermolecular force of the fluorocarbon-carbon chain is extremely low, PTFE is non-stick |
| Excellent insulation performance | A thick layer of newspaper film is enough to resist 1500V high voltage, |
| Chemical and weather resistance | Teflon is virtually immune to any chemical agents except molten alkali metals. For example, when boiled in concentrated sulfuric acid, nitric acid, hydrochloric acid, or even aqua regia, its weight and properties do not change, and it is almost insoluble in all solvents, and is only slightly soluble in perankanes (about 0.1g/100g) above 300°C. |
| Excellent weather resistance | It does not absorb moisture, is non-combustible, is extremely stable to oxygen and ultraviolet rays, and has the best aging life among plastics |
| Electrical performance | Teflon has low dielectric constant and dielectric loss over a wide frequency range, as well as high breakdown voltage, volumetric resistivity, and arc resistance |
| Model representation method | ||||||||||||
| WH | -600 | —Q1 | —C1 | —F | —16 | —P | —25 | —D1 | —B | —W2 | —B2 | —L |
| >1. Weiheng brand | >2. Drive mode | >3. Valve body type | >4. Connection method | >5. Sealing material | >6. Nominal pressure | >7. Valve body material | >8. Nominal diameter | >9. Control mode | >10. Explosion-proof level | —20~150℃ | >12. Accessory options | >13. Three flows |
| 1~7 mandatory options, 8~13 optional | ||||||||||||
| 1 codename | 5 codename | Sealed material | 10 code | Explosion-proof rating | |
| WH | Weiheng brand | F | PTFE | B | ExdIl BT4 Gb explosionproof and explosion-proof type |
| PPL | Para-polyphenylene | BZ | ExdllCT5 Gb explosion-proof and explosion-proof type | ||
| 2 codename | Drive mode | H | Metal hard seal | BC | Exdll CT6 Gb explosionproof and explosion-proof type |
| 600 | Pneumatic actuator series | Y | cemented carbide | BM | ExmbllT4 Gb cast explosion-proof type |
| 900 | Electric actuator system | X1 | Ding Qing rubber NBR | BA | Exiall CT6Ga intrinsically safe and explosion-proof |
| 2001 | Column plastic actuator angle seat valve series | X2 | Natural rubber NR | ||
| 2002 | Stainless steel actuator angle seat valve series | X3 | EPDM | 11 codenames | Medium temperature |
| X4 | Viton rubber FPM | W1 | -20-80C | ||
| 3 codename | Body type | X5 | Food grade silicone rubber SI | W2 | -20-150C |
| Q1 | Two-way valve | F46 | Fully lined polyperfluoroethylene FEP | W3 | -20-250C |
| Q2 | Three-way valve | PFA | Fully lined with soluble PTFE PFA | W4 | -29-425C |
| Q3 | Four-way valve | F4 | Fully lined PTFE | W5 | -29-650C |
| Q4 | Stationary ball valve | N | nylon | W6 | -196-60C |
| Q5 | V-ball | TC | Lined ceramic | ...... | ...... |
| Q6 | Low profile ball valve | J | Rubber lining | It has a special temperature that can be designed and manufactured according to customer requirements | |
| Q7 | Sanitary grade ball valves | PEEK | Polyether ether ketone | ||
| Q8 | Plastic ball valves | W | When the ring | 12 codenames | Accessory selection |
| Q9 | High Vacuum Ball Valve | ...... | ...... | B1 | 2-position, 3-way solenoid valve |
| Q10 | Fluorine ball valve in the whole village | Other special sealing materials can be designed and manufactured according to customer requirements | B2 | 2-position 5-way solenoid valve | |
| Q11 | Cryogenic ball valves | B3 | 2-position 3-way explosion-proof solenoid valve | ||
| Q12 | Insulated ball valve | 6 codename | Nominal pressure | B4 | 2-position 5-way explosion-proof solenoid valve |
| Q13 | Eccentric hemispherical valve | ...... | ...... | B5 | Filter pressure reducing valve |
| Q14 | Tank bottom valve | B6 | Limit switch | ||
| Q15 | Ceramic ball valves | 7 codename | Body material | B7 | Explosion-proof limit switch |
| D1 | Centerline soft-sealed butterfly valve | Q | Ductile iron HT200 | B8 | Hand manipulation mechanism |
| D2 | 3. Eccentric butterfly valve | C | carbon steel | B9 | Locator |
| D3 | Sanitary Butterfly Valve | P | Stainless steel 304 | ...... | ...... |
| D4 | Plastic butterfly valve | R | Stainless steel 316 | ||
| D5 | Ventilation butterfly valve | PL | Stainless steel 304L | 13 codenames | Three flows |
| D6 | Fluorine butterfly valve in the whole village | RL | Stainless steel 316L | L | Tee L-type BC switching |
| D7 | High vacuum butterfly valve | U | PVC UPVC | T1 | Tee T-type C-port switch |
| D8 | Powder butterfly valve | PP | Reinforced polypropylene RPP | T2 | Tee T-type AB switching |
| Z1 | Gate valve | L | Aluminum alloy | T3 | Tee T-type AC switching |
| Z2 | Knife gate valve | ...... | ...... | T4 | Tee T-type B-port switch |
| J1 | Globe valve | Other special valve body materials can be designed and manufactured according to customer requirements | |||
| J2 | Bellows cut stop valve | ||||
| J3 | Angle seat valve | 8 codename | It is called the path | ||
| F1 | Upward expansion discharge valve | ...... | ...... | ||
| F2 | Downward discharge valve | ||||
| Other special valve body materials can be designed and manufactured according to customer requirements | 9 code | Control mode | |||
| Z | Standard switch type | ||||
| 4 codenames | Connection | T1 | Integral switching type | ||
| C1 | Female thread | T2 | Overall adjustment | ||
| C2 | By order | T3 | RS485 bus type | ||
| C3 | Male thread | D1 | Double acting | ||
| C4 | flange | D2 | Double-acting adjustment type | ||
| C5 | KF vacuum chuck | E1 | Uni-acting normally closed | ||
| C6 | weld | E2 | Single-acting normally closed regulation type | ||
| C7 | Pair clip | E3 | Single-acting and always open | ||
| C8 | Clamps | E4 | Single-acting normally open adjustment type | ||
Pneumatic Filter Solenoid Valve Signal Feedback Fluorine Butterfly Valve: A Comprehensive Guide
The Pneumatic Filter Solenoid Valve Signal Feedback Fluorine Butterfly Valve is an advanced valve designed to control the flow of fluids in various industrial applications. Combining the precision of pneumatic control with the chemical resistance of fluorine, this valve offers superior performance in challenging environments. Its signal feedback system ensures precise operation, while its energy-efficient design helps reduce operational costs.
This guide will cover the key features, technical specifications, installation instructions, and warranty policy for this high-performance valve, making it a valuable resource for industries such as chemical processing, pharmaceuticals, and oil & gas.
One of the standout features of the Pneumatic Filter Solenoid Valve Signal Feedback Fluorine Butterfly Valve is its energy-saving design. It reduces energy consumption by optimizing airflow and providing precise control over fluid systems. The valve's pneumatic actuator requires less energy than traditional electric actuators, offering a greener, cost-effective alternative for many industrial applications.
The fluorine lining provides unmatched resistance to corrosion and chemical degradation, making the valve ideal for handling aggressive chemicals and acids. This durable lining ensures long-term reliability, reducing the need for frequent maintenance and replacements.
Equipped with a signal feedback system, this valve allows for real-time monitoring of valve position. This ensures that the valve responds quickly and accurately to control signals, providing a highly efficient flow control solution.
The butterfly valve design provides a compact, lightweight solution that allows for installation in tight spaces. This makes it ideal for systems with limited space, such as skid-mounted systems or compact piping setups.
| Specification | Value |
|---|---|
| Valve Type | Pneumatic Butterfly Valve |
| Body Material | Stainless Steel, Carbon Steel |
| Lining Material | Fluoropolymer (PTFE, PFA) |
| Actuation Type | Pneumatic (Solenoid) |
| Flow Control | On/Off and Modulating |
| Pressure Range | 0.5 to 16 MPa |
| Temperature Range | -20°C to 180°C |
| Size Range | 2 to 24 inches |
| End Connection | Flanged, Threaded |
| Signal Feedback | Yes |
| Application | Chemical Processing, Water Treatment, Food & Beverage |
| Energy Saving | Yes |
The Pneumatic Filter Solenoid Valve Signal Feedback Fluorine Butterfly Valve complies with international energy efficiency standards, including ISO 50001 and local environmental regulations. Its design maximizes energy use, minimizing air consumption while maintaining reliable performance.
The valve's pneumatic actuator uses compressed air efficiently, requiring less energy for operation compared to electric counterparts. This results in reduced energy consumption and operational costs for businesses.
The ability to modulate flow ensures that the valve can adjust to changing system demands without excessive energy waste. By accurately controlling the opening and closing of the valve, it optimizes fluid flow to match process requirements.
Due to its low energy consumption and durability, this valve contributes to reducing the carbon footprint of industrial operations. It is a sustainable solution for industries looking to minimize their environmental impact.
Proper installation of the Pneumatic Filter Solenoid Valve Signal Feedback Fluorine Butterfly Valve is crucial for optimal performance and longevity. Follow these detailed steps for installation:
Inspect the Valve: Before installation, inspect the valve to ensure there is no damage during shipping. Check the fluorine lining for any cracks or wear.
System Shutdown: Ensure that the fluid system is depressurized and isolated before beginning installation.
Clean the Piping: Clean the piping to remove any debris, dirt, or contaminants that may affect valve operation.
The valve can be installed in any orientation (horizontal or vertical), but it is recommended to install the valve with the actuator positioned vertically upwards to ensure optimal drainage and performance.
Flanged Connections: If using flanged connections, ensure that the flanges are aligned with the valve’s flange holes.
Threaded Connections: For threaded connections, apply a suitable thread sealant to prevent leaks and ensure a tight seal.
Connect the solenoid actuator to the pneumatic system. Ensure that the air supply is clean, dry, and filtered to prevent contamination of the valve actuator.
Signal Feedback Wiring: Connect the valve's signal feedback system to the control system to allow for precise monitoring and control of valve position.
Leak Testing: Once installed, perform a pressure test to check for leaks at all connection points.
Operational Testing: Open and close the valve multiple times to ensure smooth operation and responsiveness to control signals.
Calibration: Calibrate the signal feedback system to ensure accurate reporting of valve position.
The Pneumatic Filter Solenoid Valve Signal Feedback Fluorine Butterfly Valve comes with a 2-year warranty from the date of purchase. This warranty covers any defects in material or workmanship under normal operating conditions.
Valve Body and Lining: The fluorine lining and valve body are covered for defects in materials or manufacturing faults.
Actuation System: The pneumatic actuator and solenoid valve are covered for defects in materials or failure during operation.
The warranty does not cover:
Damage caused by improper installation or misuse.
Wear and tear of seals, gaskets, or other consumable parts.
Damage due to chemical contamination or exposure to extreme conditions beyond the recommended operating range.
To initiate a warranty claim, please contact the manufacturer’s support team with the following information:
Product Serial Number
Proof of Purchase
Description of the issue
A replacement valve or repair will be provided based on the assessment of the warranty claim.
The Pneumatic Filter Solenoid Valve Signal Feedback Fluorine Butterfly Valve is widely used in industries where precise flow control and chemical resistance are essential. Some common applications include:
Used for controlling aggressive chemicals, acids, and solvents in industrial pipelines.
Ideal for controlling flow in water treatment plants, where precise flow regulation is crucial.
Suitable for handling fluids in food production lines that require non-contaminating, sanitary valve solutions.
Critical in pharmaceutical manufacturing where contamination-free operation is necessary.
The Pneumatic Filter Solenoid Valve Signal Feedback Fluorine Butterfly Valve is a cutting-edge solution for industries requiring precision, energy efficiency, and durability. Its unique features, including signal feedback for precise control, fluorine lining for chemical resistance, and energy-saving design, make it an ideal choice for a wide range of applications.
By following proper installation procedures and adhering to maintenance protocols, this valve can provide long-lasting performance with minimal operational costs. With its excellent warranty policy, it offers peace of mind to businesses in high-demand industries.
Tel: +86 577 8699 9257
Tel: +86 135 8786 5766 /+86 137 32079372
Email: wzweiheng@163.com
Address：No. 1633, Yidaoba Road, Binhai Industrial Park, Wenzhou City, Zhejiang Province
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