Efficient Process of Dry Materials with Plug-Type Diverter Valve


The Channel Changer: Plug-Type Diverter Valve | ACS Valves
Are you in the market for a plug diverter rotary valve? Look no further than the Channel Changer by (brand name removed). This innovative valve is the perfect solution for processing pellets, powders, and other dry materials with maximum efficiency.

The Channel Changer is a plug-type diverter (PTD) valve that is designed to re-route materials with zero degradation. This means that your materials will remain in peak condition throughout the processing cycle, ensuring the highest quality end product.

What sets the Channel Changer apart from other diverter valves on the market is its unique design. The valve features a round flange that eliminates dead space and minimizes buildup, resulting in improved processing rates and reduced maintenance requirements.

In addition, the Channel Changer is incredibly easy to clean and maintain. Its modular design allows for easy disassembly and reassembly, while the valve's plug and seat design ensures that materials cannot bypass the valve.

The Channel Changer is also incredibly versatile. It can be customized to meet the specific needs of your processing application, including material handling, sanitation, and explosion-proof requirements. The valve is available in a variety of sizes to fit any system and can be operated manually or with pneumatic or electric actuators.

If you're looking for a plug diverter rotary valve that offers unbeatable performance and versatility, look no further than the Channel Changer by (brand name removed). Trust us, your materials will thank you.

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Plastic Valve Solutions for Industrial Needs: Experts in Valves, Global Partnerships, Fast Turnaround

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Needle Valves: Ensuring Leak-Proof and Secure Connections for Instruments

Isolation Needle Valve: Ensuring Leak-Proof and Secure ConnectionsNeedle valves may seem like a small component in the grand scheme of things, but their significance cannot be undermined. These valves play a crucial role in ensuring that the connections in a system are leak-proof and secure. An isolation needle valve is an essential component in systems that contain fluids and gases under high pressure. In this blog post, we will discuss the basics of needle valves, their function, operation, working, types, and applications.Basics of Needle ValvesA needle valve is a type of valve that is typically used to regulate the flow of fluids or gases. They are designed to have a small orifice and a long, tapered point at the end of a valve stem. The point is designed to fit precisely into the opening, called the seat, which is located at the end of the valve body. Needle valves are commonly used for controlling flow rates, but they can also be used for shut-off applications.Function of Needle ValvesThe primary function of a needle valve is to regulate flow rates in a system. They do this by varying the orifice size of the valve, which in turn, varies the flow rate. By adjusting the position of the valve stem, the amount of fluid or gas that is allowed to pass through the valve can be controlled. This is particularly useful in applications where precise control of the flow rate is necessary.Operation of Needle ValvesNeedle valves are operated by turning the valve stem. When the stem is turned, the tapered point moves in and out of the seat, which changes the orifice size of the valve. As the orifice size decreases, the flow rate is reduced, and as the orifice size increases, the flow rate is increased. Needle valves are typically designed to be operated manually, but they can also be designed to be operated using an actuator.Working of Needle ValvesNeedle valves work on the principle of throttling. The valve stem is turned through an angle to vary the orifice size of the valve, and this, in turn, controls the flow rate. The tapered point at the end of the valve stem fits snugly into the seat, which creates a leak-tight seal. This seal prevents the fluid or gas from leaking out of the system.Types of Needle ValvesThere are two main types of needle valves: isolation and regulating. The isolation needle valve is used for shutoff applications, while the regulating needle valve is used for controlling flow rates. The isolation needle valve has a rotating stem that is used to open and close the valve, while the regulating needle valve has a stem that is adjusted to control the flow rate.Applications of Needle ValvesNeedle valves are used in a variety of applications, including:- Chemical and petrochemical industries- Oil and gas industry- Pharmaceutical industry- Food and beverage processing- Aerospace industry- Water treatment plants- Instrumentation systemsConclusionNeedle valves play a vital role in ensuring the connections in a system are secure and leak-proof. A reliable needle valve manufacturer can reduce the overall expense of the instrument needle valve. By understanding the basics of needle valves, their function, operation, working, types, and applications, you can make an informed decision when choosing a needle valve for your system. An isolation needle valve is particularly useful in systems that contain fluids and gases under high pressure, as it provides a leak-tight seal.

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Search PowerPoint and Keynote Presentations, PDFs, Templates, and Diagrams on AuthorSTREAM for Airlock Presentations could be rewritten as Find Airlock Presentations Easily on AuthorSTREAM for PowerPoint, Keynote, PDFs, Templates, and Diagrams.

Airlock Presentations on authorSTREAM: Revolutionizing the Way Businesses PresentAuthorSTREAM has made a name for itself as the go-to platform for businesses, academics, and professionals when it comes to sharing and presenting their ideas through multimedia presentations, PDF documents, PowerPoint templates, and diagrams. It has evolved into a hub and a community of experts, thinkers, and innovators who inspire and learn from each other. The latest addition to its features is Airlock Presentations, which has revolutionized the way businesses present to their audiences.Airlock Presentations is a brand new PowerPoint and Keynote security feature that allows presenters to lock down their presentations while giving them. In the past, when presenters emailed a PowerPoint or uploaded it online, they had no control over what the recipient will do with the content. This is a problem because some recipients might: Insert and delete slides in the presentation Update the fonts and design elements Steal the content or the idea Incur damages from a security breachAirlock Presentations on authorSTREAM is the antidote to prevent those from happening. It empowers presenters to share their presentations without compromising their intellectual property, and track and control who accesses them. With Airlock Presentations, presenters can: Add a layer of protection on their presentations Only allow authorized users to view or edit the presentation Set an expiration date on the presentation after which it cannot be opened Keep a log of who has accessed the presentation and when Revoke access at any time Disable printing, downloading, or copying of the presentationAirlock Presentations is a game-changer for businesses that rely heavily on PowerPoint presentations to communicate with their clients, partners, or employees. It reduces the risks of cyber threats and data breaches, which are becoming more prevalent in the digital age. It also ensures that presentations remain consistent in design and messaging, no matter where or how they are accessed.Some of the industries that could benefit from Airlock Presentations are: Finance and banking: for investor pitches, financial reports, and client updates Healthcare: for medical presentations, patient data, and training materials Education: for lectures, research projects, and student records Legal: for court cases, contracts, and sensitive documents Marketing: for sales pitches, brand guidelines, and social media campaignsAirlock Presentations is easy to use and comes with a step-by-step guide that explains how to apply and revoke the lock. It can be used with any PowerPoint or Keynote version and is compatible with desktop, laptop, and mobile devices. It also has a customizable watermark feature that displays the presenter's name or the company's logo, adding an extra layer of branding and recognition.In conclusion, Airlock Presentations on authorSTREAM is a secure, flexible, and user-friendly solution that helps businesses protect their presentations and enhance their reputation. With Airlock Presentations, presenters can focus on delivering their message without worrying about the risks that come with sharing sensitive information online. The future of presentation security is here, and it's called Airlock Presentations on authorSTREAM.

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Electro-Hydraulic Valve Amplifier for Industrial Control Applications, Ideal for Flow/Pressure and Exciter-Driver for Selsyns or Syncros, Manufactured in Hollywood, California

Hydraulic distribution valves are important components in industrial control applications for regulating flow and pressure of fluids. These valves are used in a variety of industries including oil and gas, automotive, construction, and manufacturing. To ensure effective operation, these valves require an electro-hydraulic valve amplifier.The H-4/30V/200MA Electro-Hydraulic Valve Amplifier by Opamp Labs Inc. is one such amplifier that is ideal for use in industrial control applications. This amplifier has a 30VDC power supply, 200mA current capacity, and is designed to operate at low power without any compromise in performance. It can be used as an exciter-driver for Selsyns or Syncros, making it highly versatile.The H-4/30V/200MA amplifier is designed to be compact and easy to install. Its small size makes it ideal for use in tight spaces where larger amplifiers cannot fit. It also features a rugged construction that makes it suitable for use in harsh industrial environments where dust and moisture are present.One of the main advantages of using the H-4/30V/200MA amplifier is its ability to deliver precise control over valve operation. This is essential in industrial applications where small deviations from the desired valve settings can have significant implications. The amplifier is capable of accurately regulating the flow and pressure of fluids, ensuring optimum performance in industrial processes.The H-4/30V/200MA amplifier is also highly reliable, thanks to its solid-state design. This eliminates the need for mechanical components such as relays, which can wear out over time and require regular maintenance. The use of solid-state components also ensures that the amplifier produces minimal heat, extending its lifespan and reducing the risk of failure.In conclusion, the H-4/30V/200MA Electro-Hydraulic Valve Amplifier by Opamp Labs Inc. is an excellent choice for industrial control applications that require precise regulation of flow and pressure of fluids. Its compact size, rugged construction, and solid-state design make it highly versatile and reliable. With the H-4/30V/200MA amplifier, industrial processes can be streamlined and optimized, delivering significant benefits in terms of efficiency, productivity, and safety.

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Selecting the Perfect Pneumatic Valve for Your Application - Industrial Accessories Company

IAC: Your Trusted Source for Pneumatic Valves and Material Handling SolutionsWhen it comes to choosing the perfect pneumatic valve for your application and need, Industrial Accessories Company (IAC) is your go-to source. With over many years of application experience designing material handling systems, our design team and project engineers have the expertise to help you select the right slide-gate or valve for your specific application.Whether you need an exact-fit replacement or an upgrade for improved performance, you can count on IAC to provide the right valve recommendation. We understand the urgency that comes with time-sensitive projects and, therefore, popular size valves with popular options are typically in-stock or available on a quick-ship basis. Additionally, thanks to our OEM buying power, we offer extremely competitive prices so you can have confidence in knowing that you’re paying the right price for high-quality material handling solutions.At IAC, we offer a range of standard designs and options, including:Standard Atmospheric (Gravity Flow) or Pressure (Pneumatic Conveying) DesignsManual, Pneumatic, or Electric ActuationAluminum, Carbon Steel, or Stainless Steel ConstructionHigh Temperature or High Pressure ClearancesQuick Disassembly Features for Frequent CleaningFood Grade (Stainless Steel) ConstructionOur commitment to quality doesn't stop with our products. At IAC, we pride ourselves on providing exceptional customer service, support, and technical expertise. Our team of material handling specialists is always available to answer your questions, provide technical support, and help you troubleshoot any issues you may encounter.At IAC, we don't just sell pneumatic valves and material handling equipment. We provide turnkey solutions designed to improve your operational efficiency and maximize your return on investment. Whether you're in the process of building a new facility or retrofitting an existing one, our team can help you design, engineer, and install a custom material handling system that meets your unique needs and specifications.In addition to our expertise in pneumatic valves, IAC also offers a wide range of material handling solutions, including: silo venting filters, bin activators, baghouses, cyclones, and more. With our vast product selection and industry-leading expertise, we are confident that we can provide the right solution for your specific application.At IAC, we understand that every customer is unique, and we are dedicated to providing personalized solutions that meet your individual needs and requirements. Whether you need assistance with product selection, installation, or ongoing maintenance and support, our team of material handling experts is here to help.In conclusion, when it comes to selecting the right pneumatic valve for your application, you can count on Industrial Accessories Company. With our extensive experience, unparalleled expertise, and unmatched commitment to quality and customer service, we are your trusted source for all of your material handling needs.

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Compact Stainless Steel Ball Valves with Wafer Pattern Design

Stainless Steel Ball Valve: Compact Solution for Your Industrial NeedsA valve is a crucial component of any industrial system, controlling the flow of various gases and liquids. For this reason, valves come in a wide range of designs, each with unique features to suit specific applications. One such type is the stainless steel ball valve, which has become extremely popular in recent years thanks to its durability, ease of use, and compact design.What is a Stainless Steel Ball Valve?As the name suggests, a stainless steel ball valve is a type of valve that features a ball-shaped disc inside. The ball is usually made of stainless steel, which is a corrosion-resistant material with excellent mechanical properties. When the valve is open, the ball allows fluid to flow through the pipeline, while when it's closed, it seals off the flow.The design of stainless steel ball valves makes them ideal for use in a variety of applications, including chemical processing, water treatment, power generation, and many others. Their ability to handle high temperatures and pressures, coupled with their corrosion resistance, makes them ideal for harsh environments.Wafer Pattern Ball Valve: The Compact SolutionWhile standard ball valves are effective and reliable, they tend to be quite bulky. This is where wafer pattern ball valves come in. Wafer pattern ball valves offer all the benefits of their standard counterparts but in a more compact design. They are perfect for use in tight spaces and applications where size and weight constraints are a concern.The wafer pattern ball valve gets its name from its design, which consists of a disc that resembles a wafer, sandwiched between two flange gaskets. This design eliminates the need for the valve body, resulting in a more streamlined and compact design. Additionally, because there are no bolts or screws securing the valve body, installation is simplified.Benefits of Stainless Steel Ball ValvesStainless steel ball valves offer several benefits to industrial systems. Some of these benefits include:1. Durability: Stainless steel is a highly durable material, able to withstand harsh environments and extreme temperatures.2. Corrosion Resistance: Stainless steel has excellent resistance to corrosion, making it ideal for use in systems that carry corrosive fluids.3. Easy to Use: Ball valves are straightforward to operate, with simple quarter-turn action to open and close the valve.4. Minimal Maintenance: Due to their rugged construction and corrosion resistance, stainless steel ball valves require minimal maintenance, reducing downtime and costs.5. Energy Efficient: Ball valves offer a full bore design, which minimizes pressure drop and energy loss in the pipeline.Where to Use Stainless Steel Ball ValvesStainless steel ball valves are suitable for various applications, including:1. Chemical Processing: Stainless steel ball valves are used extensively in the chemical processing industry, where they are required to handle aggressive media, corrosive chemicals, and high temperatures.2. Water Treatment: Ball valves are a popular choice for water treatment applications, where they are used to control the flow of water and other fluids.3. Food and Beverage: Stainless steel ball valves are FDA-approved for use in food and beverage processing, where hygiene and cleanliness are essential.4. Oil and Gas: Ball valves are widely used in the oil and gas industry, where they are required to handle high-pressure fluids and gases.In conclusion, stainless steel ball valves provide a durable, reliable, and cost-effective solution for a wide range of industrial applications. Their compact design, ease of use, and minimal maintenance requirements make them an excellent choice for any system. When it comes to selecting the right ball valve for your system, it's essential to consider factors such as the fluid being transported, temperature, pressure, and size constraints. Always ensure you choose a high-quality valve from a reputable manufacturer to guarantee optimal performance and durability.

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Premium Diverter Valve for Digital Water Filters - Compatible with On Tap Models

If you have a Stefani On Tap Digital Water Filter system, you might need a diverter valve to help keep your water clean and clear. A diverter valve is an important component of any water filter system, and without it, your filter might not work properly.What is a Diverter Valve?A diverter valve is a small component that helps redirect water flow in your filter system. It works by controlling the direction of water flow, so that it passes through your filter before flowing out of the tap.Without a diverter valve, your water filter system might not work properly. Some water might bypass the filter completely, meaning that it won't be getting the full benefits of the filter. This could lead to decreased water quality and increased risk of harmful contaminants.Why Choose Stefani Australasia Diverter Valve?If you have a Stefani On Tap Digital Water Filter system, then a Stefani Australasia diverter valve might be right for you. Stefani has developed a wide range of high-quality water filters and components, including diverter valves that are designed to work specifically with their On Tap Digital Water Filter system.One of the key advantages of a Stefani diverter valve is its durability. These valves are made from high-quality materials that are designed to last for years, so you can rely on them to keep your water filter system functioning properly. Plus, they are easy to install and use, making them a convenient and hassle-free option for anyone looking to improve the quality of their home's drinking water.How to Install a Stefani Diverter ValveIf you're thinking about installing a Stefani diverter valve, you'll be pleased to know that it's a quick and easy process. First, you'll need to remove your existing tap adapter and then screw the new dovetail adapter in place. From there, you can attach the new valve by screwing it onto the adapter, and then connect the water inlet and outlet hoses to the valve.Once you've completed these steps, your Stefani diverter valve should be up and running, and you'll be able to enjoy clean and clear drinking water straight from your tap.ConclusionIf you're looking to improve the quality of your home's drinking water, a Stefani Australasia diverter valve might be just what you need. These high-quality valves are designed to work specifically with Stefani On Tap Digital Water Filter systems, and they offer a range of benefits, from improved water quality to increased durability and ease of use.So if you're ready to take the first step towards better water quality in your home, consider investing in a Stefani diverter valve today. With their top-quality materials and convenient design, these valves are sure to be a smart and reliable choice for any homeowner.

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Teflon Lined Discharge Ball Valve: The Perfect Solution for Industrial ProcessesIndustries require specialized equipment to ensure that they operate efficiently and safely. One such equipment is the discharge ball valve. The valve regulates the flow of fluids such as chemicals, liquids, and gases in a pipeline. It also controls the pressure in the pipeline. However, for the valve to work correctly, it needs to be made from high-quality materials. Teflon Lined Discharge Ball Valve is a popular choice for many industries due to its durability, strength, and exceptional chemical resistance.A discharge ball valve features a ball with a hole in the middle that allows fluids to pass through. When the valve is open, the ball rotates, allowing fluids to flow without obstruction. When closed, the ball seals tightly against the valve seat, preventing the fluid from passing through. The lining of the valve is essential to ensure the proper functioning of the valve. The lining provides protection against corrosive materials and environmental factors. One of the best linings for the discharge ball valve is Teflon.Teflon is a synthetic fluoropolymer of tetrafluoroethylene, which is known for its excellent chemical and thermal resistance. Teflon is an excellent choice for the lining of the discharge ball valve because of its high resistance to chemical attack. It is perfect for industries that handle highly corrosive materials such as acids, alkalis, and halogens. Teflon also has a low coefficient of friction, which means that the valve is easy to handle.Another advantage of the Teflon Lined Discharge Ball Valve is that it reduces maintenance costs. The lining material reduces wear and tear from the corrosive substances, thus prolonging the life of the valve. It also prevents leaks, reducing the risk of accidents and making maintenance work more manageable. The Teflon Lined Discharge Ball Valve is also easy to repair or replace when the need arises.In conclusion, the Teflon Lined Discharge Ball Valve is an essential valve for many industrial processes. The use of Teflon as a lining material ensures that the valve is durable, strong, and resistant to corrosive substances. It reduces maintenance costs and provides an added layer of safety for workers. The valve is easy to handle, and its design ensures that it is easy to install or replace. For industries that require a reliable and efficient discharge ball valve, the Teflon Lined Discharge Ball Valve is the perfect solution. Choose WENZHOU JCS VALVE CO., LTD. (need remove brand name) as your supplier for high-quality Teflon Lined Discharge Ball Valves.

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DIY Guide: How to Make an Automatic Fish Feeder for Easy Feeding of Your Fish

If you are someone who loves to keep fish as pets, you will know the importance of feeding them regularly. Feeding fish on time is important for their growth and development. However, frequent feedings can be a hassle if you have a busy lifestyle. That's where an automatic fish feeder comes in! In this article, we will tell you how to make an automatic fish feeder using an Automatic Screw Feeder, and provide you with some useful information about how it works.Automatic Fish Feeder: What Is It?An automatic fish feeder is a device that feeds your fish at predetermined intervals. There are many different types of automatic fish feeders available in the market. Some are battery-operated, some are electric, while others use gravity to dispense food. However, if you want to save yourself some time and money, you can always make your own DIY fish feeder.How to Make an Automatic Fish Feeder?To make your own automatic fish feeder, you will need an Automatic Screw Feeder and a few other materials. Follow these steps to create your own DIY fish feeder:1. Drill a small hole in the side of a plastic container (size will depend on your needs) and attach the Automatic Screw Feeder to the container so that it faces the small hole.2. Fill the container with fish food and close the lid.3. Connect the Automatic Screw Feeder to a timer, and set the timer to feed the fish at your desired intervals. This can be once a day or multiple times a day depending on your needs.4. Attach the container to your fish tank using a clamp or some other method.5. Test out the feeder to make sure that it is working correctly.Advantages of an Automatic Fish FeederThere are many advantages to using an automatic fish feeder. Here are some of the main benefits:1. Convenience: With an automatic fish feeder, you don't have to worry about feeding your fish every day. This is especially useful if you have a busy schedule.2. Precision: An automatic fish feeder will feed your fish at the exact time you set it to. This helps ensure that your fish receive their food on time, and avoids overfeeding.3. Cost-effective: Making your own DIY fish feeder is relatively inexpensive. You can save money by not having to buy pre-made feeders.4. Easy to Maintain: Automatic fish feeders require minimal maintenance. You just need to refill the food container from time to time, and clean the feeder occasionally.Final ThoughtsIn conclusion, an automatic fish feeder is a great solution for busy fish keepers. You can easily make your own DIY fish feeder using an Automatic Screw Feeder and a plastic container. Automatic fish feeders are convenient, precise, cost-effective, and easy to maintain. By using an automatic fish feeder, you can give your fish the care they need while saving time and money.

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Air Valves: A Guide to Key Specifications and Choosing the Best Option

Air Valves Selection Guide: What You Should Consider When Choosing Air ValvesAir valves are essential components of many industrial systems that rely on compressed air. Air valves help regulate the flow of air, ensure system efficiency, and prevent system damage. Choosing the best air valve for a particular application is crucial for ensuring system reliability and avoiding costly downtime. This article will provide insights into the most critical factors you should consider when choosing air valves.Rotary Air Lock ValveOne of the most versatile air valves is the rotary air lock valve. This valve is commonly used in silos, hoppers, and other industrial systems that require the controlled discharge of bulk materials. The rotary air lock valve works by ensuring that the material flow is consistent and uninterrupted. The valve's rotating mechanism, which is typically a rotor with several blades, prevents foreign materials from entering the system while ensuring a constant flow of material.When selecting a rotary air lock valve, it is essential to consider the following:1. Material of construction: Depending on the application, you may need the valve to be made of a specific material to ensure compatibility with the materials being handled.2. Size: The valve's size should be chosen based on the size of the system it will be installed in, as well as the required flow rate.3. Rotor design: The blades of the rotor can be designed to perform specific functions. For instance, some blades can be designed to handle abrasive materials, while others may be optimized for high-speed operations.4. Sealing requirements: The quality of the seal between the valve body and rotor is crucial for preventing air leaks and ensuring system efficiency.5. Motor requirements: The motor driving the valve should be appropriately sized to ensure that it can handle the required torque.6. Maintenance requirements: The valve should be easy to maintain and repair to minimize downtime. Consider features such as the ease of disassembly, accessibility of key components, and availability of spare parts.Other Factors to ConsiderIn addition to the factors highlighted above, there are several other considerations you should keep in mind when selecting air valves. Some of these include:1. Operating environment: It is essential to consider the temperature, humidity, and other environmental conditions in the system when selecting air valves. Some valves may be optimized for high-temperature or corrosive environments.2. Valve type: There are various types of air valves, including ball valves, butterfly valves, globe valves, and diaphragm valves. Each type has its unique features and limitations, so it is crucial to choose the most suitable valve type for the application.3. Operating pressure: The valve's operating pressure must be compatible with the system's pressure requirements. Some valves may be optimized for high-pressure applications, while others may be better suited for low-pressure operations.4. Flow rate: The valve's flow rate must be sufficient to meet the system's requirements and prevent bottlenecks or flow restrictions.5. Installation: Consider the valve's installation requirements, such as the need for flanges, mounting brackets, or other accessories. Ensure that the valve can be installed as required with minimum modifications to the system.ConclusionChoosing the right air valve is crucial for ensuring the reliable operation of industrial systems that rely on compressed air. The rotary air lock valve is a versatile valve that can be used in various applications. When selecting air valves, factors such as material of construction, size, rotor design, sealing requirements, motor requirements, and maintenance requirements should be considered. Other factors to keep in mind include operating environment, valve type, operating pressure, flow rate, and installation requirements. By considering these factors, you can choose the most suitable air valve for your application and ensure system efficiency, reliability, and uptime.

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