Filters & Boilers

In the realm of industrial processes, the Johnson Screens Catalyst Support Grid stands as a remarkable innovation. Our flat wedge wire support grids present a nearly planar and sleek surface, effectively minimizing media degradation during downflow operations. The high open-area design of these v-wire screens ensures outstanding capacity, making them a top-notch choice for various applications. These Catalyst support grids are used for carbon filters, desulfurizers, molecular sieves, sand filters, gas sweeteners, and lauter tanks. They significantly enhance the performance and efficiency of these systems. The Johnson Screens Shaped Support Grid is engineered for installation in the bottom head of hydroprocessing or gas dehydration vessels. This strategic placement optimizes liquid and gas flow, maximizes bed utilization, and ensures even distribution, thereby streamlining the overall process and enhancing its efficiency to a great extent. The Media Retention Catalyst Support Grid, a flat wedge wire screen panel, plays a crucial role in supporting catalyst media. In today's industrial landscape, with the continuous expansion of oil refining equipment, the inner diameter of reactors is growing ever larger, and the size and weight of internal components are on the rise. Here, the wedge wire screen catalyst support grid emerges as an essential element. Media Retention Catalyst Support Grid Features of the Catalyst Support Grid Strength and Durability: Our catalyst support grid boasts high strength, guaranteeing a long service life. It is designed to resist buckling and collapse under various operating conditions, providing reliable support within the system. Corrosion Resistance: Built to withstand harsh environments, the grid is highly resistant to corrosion, ensuring its functionality over an extended period. Flow Optimization: The grid's unique design offers excellent flow characteristics. It allows for the smooth passage of fluids and gases, contributing to the overall efficiency of the process. Smooth Operation: Selecting our internal support grid ensures a seamless reaction process within the vessel. It is engineered to prevent media blockage or intrusion, providing excellent self-support capabilities. Versatile Performance: Ideal for environments with internal and external pressure differences, the grid is also easy to clean when clogged. Its smooth surface and high open area make it a preferred choice. In low-flow or medium-gas-flow applications, it can even function as a compression grate. Convenient Maintenance: The grid is designed for easy disassembly and can be installed through maintenance holes, reducing downtime and maintenance costs. Applications In process towers, the internal support grid serves as a stable and precise media screening component. It is a vital part of catalyst bed support grids in the petrochemical and refining industries. Additionally, it is used as a wedge wire false bottom in beer brewing and as reactor internals in carbon filters, hydrogenation reactors, desulfurization reactors, and mash tuns in the brewing industry. Its applications extend to various reactors in the petrochemical and refining sectors, including hydrogenation reactors, desulfurization reactors, cracking reactors, reactor vessels, and high-temperature shift reactors, as well as in filler chemicals and molecular sieve applications. We take pride in our professional technical team, which is dedicated to providing customers with top-tier product design and customized services for catalyst bed support grids. Welcome to contact us if you need the wedge wire support grid. Email to Us Now

Minimum Order: 1 bags

Tower internal central pipes play a crucial role in various industrial processes, especially in the chemical, petrochemical, and refining sectors. They are essential components in filtration systems and are commonly utilized in the internals of radial flow reactors. In the chemical industry, there are primarily two types of flow directions within reactors: Radial Flow Reactor Internals: In these reactors, the flow pattern is characterized by a radial movement. This means that the gas or fluid moves in a direction either from the outside towards the inside or vice-versa within the reactor. In a typical radial flow reactor setup, the reagent gas follows a specific path. It first flows radially across the catalyst bed through specific components. These components are usually wire mesh baskets or scallops that are positioned in close proximity to the reactor wall. These outer structures are typically made of perforated plates, meshes, or wedge-wire screens. After traversing through the catalyst bed, the gas is then collected by another set of components. These are often a central pipe or an inner basket, which are also constructed using perforated plates, meshes, or wedge-wire screens. This design allows for efficient contact between the reactants and the catalyst, maximizing the reaction efficiency. Tower Internals Central Pipes in Industrial Applications Downflow Reactor Internals: In the realm of chemical engineering, downflow reactor internals are of significant importance in facilitating efficient chemical reactions within reactors. Downflow reactor internals are widely used in various chemical processes. In the production of ammonia, for example, downflow reactors with carefully designed internals are employed. The reactants, nitrogen, and hydrogen, flow downwards over the catalyst beds, facilitating the Haber process. In petroleum refining, downflow reactors are used in hydrotreating processes. The crude oil or its fractions flow down through the catalyst-filled reactor to remove impurities such as sulfur, nitrogen, and metals. This ensures the production of cleaner fuels.

Minimum Order: 1 bags

Welded wedge wire screens are engineered from V-shaped wires that are meticulously welded to sturdy support rods, resulting in a continuous and uniform slot gap. This innovative design allows for efficient liquid or gas passage while effectively retaining solids and particles, making these screens an optimal choice for various filtration and separation applications. Flat sieves Flat sieves are welded profile wire flat panels, fixed to a frame and adapted to assembly. Depending on the kind of application, flat sieves can be divided into: Sieves working in dynamic systems. Sieves working in static systems Welded Wedge Wire Screen Panels for Grain Drying and Screening Applications Across Industries Wedge wire screens are increasingly utilized in a range of sectors, including agriculture, construction, brewing, and grain screening, with particular prominence in the grain industry. They serve two critical functions: Drying: Wedge wire screens facilitate continuous airflow, which helps maintain grain freshness and expedite drying. Enhancing ventilation in storage bins allows grains to shed moisture quickly, minimizing the risk of bacterial growth. This optimal storage condition improves seed viability and ultimately increases grain yields. Screening: During grain storage, various impurities—such as debris, pebbles, and other particles—can contaminate the grain. Wedge wire screens can be customized with specific slot sizes to effectively filter out these impurities, ensuring the grains remain clean and market-ready. Welded Wedge Wire Screen Panels for Grain Drying and Screening Additional Applications Wedge wire screens can also be utilized in other specific applications, including: --Vibrating Screen Decking --Surface Water Intake Screens --Fish Diversion Screen Panels --Grain Drying Screens --Construction Applications Benefits of Wedge Wire Screen Panels Choosing the right wedge wire screen panel can significantly enhance both the drying and screening processes for grains and other crops. Here are some key advantages: Durability: The robust construction of wedge wire screens offers exceptional mechanical strength and resistance to corrosion, making them suitable for indoor and outdoor use. Ease of Maintenance: These screens are designed for easy installation and maintenance. Their straightforward cleaning process reduces downtime and maintenance costs, making them a preferred option for many industries. Versatility: Wedge wire screen tubes provide precise and consistent filtration across various industrial processes, serving as effective construction materials. Get Expert Assistance If you are looking for the ideal wedge wire screen products tailored to your specific needs, our team is here to assist you. We are committed to providing customized solutions that ensure effective separation, classification, and filtration across a multitude of industrial processes. Feel free to reach out for expert advice on selecting the right wedge wire screen panel for your applications.

Minimum Order: 1 bags

Wedge Wire Screens and Perforated Screens are two commonly used types of screening media in various industries. They have different structures, design characteristics, and uses. Wedge Wire Screens Wedge wire screens, also known as profile wire screens, consist of a series of shaped wires known as profiles that are welded onto support rods. This produces a slot opening that can be adjusted according to the needs of the application. Wedge Wire Screen Advantages: Non-Clogging: The V-shaped wire design ensures non-clogging operation, which is crucial for applications involving liquids and fine particles. High Strength: The welding process provides high strength and rigidity. Customizable: The slot size, wire shape, and rod spacing can be customized according to application needs. High Open Area: They often provide a higher open area compared to perforated screens, which can result in higher flow rates. Perforated Screens Perforated screens are sheets of material such as steel, stainless steel, or plastic that have been punched with holes in a pattern or in a specific arrangement. Perforated screens Advantages: Versatile: They can be used in a diverse range of applications due to the wide variety of hole sizes, shapes, and patterns available. Durability: Depending on the material used, they can offer high durability and resistance to corrosive environments. Economical: They are generally less expensive to manufacture than wedge wire screens. The key differences between wedge wire screens and perforated screens: Structure: Wedge wire screens are made of V-shaped wires welded to support rods, while perforated screens are sheets of material with holes punched in them. Clogging: Wedge wire screens are less likely to clog due to their V-shaped wire design, while perforated screens may be more susceptible to clogging. Customization: Wedge wire screens offer more customization options in terms of slot size and wire shape, while perforated screens offer more choices in terms of hole size and pattern. Cost: Perforated screens are generally less expensive to manufacture than wedge wire screens. Flow Rate: Wedge wire screens often offer higher flow rates due to their higher open area compared to perforated screens. Remember, the decision to use a wedge wire screen or a perforated screen will depend on the specific requirements of your application. YUBO is the wedge wire screen and Perforated screens factory and exporter in China, we can provide the wedge wire and perforated screen products as your detail applicaiton projects, please contact us if you have any questions.

Minimum Order: 1 bags

Our wedge wire centrifuge baskets help you achieve optimum solid / liquid separation efficiency from your industrial centrifuge. Manufactured from abrasion-resistant 316 stainless steel, or 304 stainless steel for corrosive applications, YUANLV centrifuge baskets are used across the world in coal, chemicals, food and beverage and other industries. wedge wire centrifuge baskets Conical Screens Stainless steel wedge wire Centrifugal Basket benefits The ability to handle large volumes of liquid in a relatively short amount of time. Furthermore, they offer excellent precision and accuracy in filtration and separation. The continuous looped wires provide a consistent and uniform gap, resulting in a more precise separation of particles. This is crucial in industries such as food and beverage, where the quality and purity of the end product are of utmost importance. Centrifuge Baskets & Conical Screens are Ideal for use in industries where the production process involves a continuous flow of liquid, such as in the production of beverages or pharmaceuticals. Highly efficient in removing fine particles from a liquid, making them a popular choice for industries that require a high level of purity in their products. Typical applications General screening and the separation / removal of fine particles from liquids for: Food & Beverage. Chemical, Petrochemical & Pharmaceutical. Coal, Coke and Potash. Sugar, Salt, Starch and Calcium Carbonates. Paints, Resins, Inks and Dyes. Decanter Centrifuge Filters.

Minimum Order: 1 bags

Wedge Wire Floor Grates for Drainage Solutions Wedge Wire Floor Grates: Durable and Efficient Drainage Solutions Stainless steel wedge wire floor grates are an innovative type of drainage cover, constructed from wedge-shaped wires that are securely welded at their intersections. This unique design results in a robust and high-strength grate, perfectly suited for a variety of floor drainage applications. The arrangement of the wedge-shaped wires forms a series of slots, allowing water and fine particles to pass through while effectively blocking larger debris. Our stainless steel grating has become the industry standard for flooring in environments exposed to severe corrosive conditions. This material has proven to be a popular choice across many sectors, including: Chemical Plants Food Processing Facilities Oil & Gas Production Pulp & Paper Industries Architectural and Commercial Applications Wedge Wire Floor Grates for Drainage Solutions The wedge wire linear channel grate provides a modern industrial aesthetic and excels in functionality. Its versatility makes it ideal for use on patios, in garages, and as barrier drains on balconies and around swimming pools, where it can withstand high loads. The removable cover allows for effortless cleaning, while the innovative YUBO design conceals up to 80% of debris compared to traditional grates.

Minimum Order: 1 bags

Stainless Steel Wedge Wire Floor Grates for Drainage Solutions Wedge Wire Drainage Grates are ideal for washing down areas, screening and drainage areas. Wedge Wire Floor Grates are expertly engineered for optimal performance in washdown areas, screening applications, and drainage systems. Their versatile design makes them an excellent choice for commercial spaces such as bars, hotels, restaurants, and bathroom facilities. Crafted from heavy- duty stainless steel, these floor grates combine strength with a modern aesthetic, ensuring functionality and style. Key Features Materials: Available in 304 and 316-grade stainless steel, offering excellent corrosion resistance and durability. Design: The wedge-shaped wire configuration, welded at each intersection, creates a robust drainage cover that allows for effective water flow while preventing clogging from larger debris. Convenient Sizing: Offered in sheet sizes that facilitate easy transport and installation. Applications S , tainless steel Wedge wire grates are ideal for various settings, including: Industrial: Efficient drainage in manufacturing and processing environments. Commercial: Perfect for kitchens, bars, and hotels where water drainage is critical. Residential: Effective in showers and pool areas, ensuring safety and cleanliness. Breweries: Designed to handle specific drainage needs while maintaining hygiene. What is Wedge Wire? Wedge wire is a specialized filter material designed to prevent debris from entering the drainage system and filtration system. Often referred to as a "heel guard," this feature includes a raised lip or grate that keeps objects like high heels from clogging the drain. This design is particularly beneficial in high-traffic areas such as shopping centers, schools, and hospitals, ensuring reliable and efficient water removal. Wedge Wire Grates Advantages --High Strength and Durability: The welded wedge wire structure provides exceptional strength, making these grates suitable for heavy loads and high- traffic areas. --Non-Clogging: The continuous slot design promotes efficient water flow while minimizing the risk of clogging, keeping maintenance to a minimum. --Ease of Cleaning: Smooth surfaces allow for quick cleaning, enhancing hygiene and upkeep. --Aesthetically Pleasing: Their sleek, modern look enhances the appearance of any installation area. --Hygienic: Made from corrosion-resistant materials that do not harbor bacteria or mold, making them ideal for food and beverage processing environments. --Customizable: Wedge wire grates can be tailored to specific dimensions and applications, accommodating various flow rates and particle sizes. --Versatile: Suitable for diverse environments, from residential showers to commercial kitchens and industrial sites. --Chemical Resistance: Stainless steel construction provides excellent resistance to corrosive substances, ensuring longevity in challenging environments. --Low Maintenance: Durable materials and a design that resists clogging lead to reduced maintenance costs over time. --Improved Safety: Effective drainage reduces slip hazards by keeping floor surfaces drier, enhancing safety in busy areas. Specifications of Wedge wire floor grate : Material SS304, SS304L, SS316, SS316L, SS321, Duplex, Hastelloy, etc Length Range Up to 6000mm Width Range Up to 6000mm Slot Range 20 micron to 3000 microns (Tolerance:+-5 micron) Other Shapes Could cut to any shape according to requirements, such as round, semicircle, sector, and so on. Wedge Wire 0.5x1.5 0.75x1.5 1x2 , 1.5x2 2x3 2x4 3x5 , Support Rod 1.5x2.5 2x3 1.5x2.5 2x3 1.5x2.5 2x3 1.8x2.5 2x3 2 , x3 2x4 3x5 3x6 3x10 4x6 2x4< , br>3x5 3x6 3x10 4x6 5x6 3x5 , 3x6 3x10 4x6 5x6 5x8 End Finishing With the frame, without any frame, according to request. Note Customized According To Requirement

Minimum Order: 1 bags

Media Retention Nozzles, also known as nozzle strainers, v wire nozzle screens, or water treatment collectors, are crucial components in many water and wastewater treatment processes. These Media Retention nozzles are designed to retain filtration media such as sand, anthracite, activated carbon, and ion exchange resins while allowing treated liquids to pass through at the desired flow rate. With a focus on durability, compatibility, and optimal performance, our Media Retention Nozzles are tailored to meet the unique requirements of various industrial applications. Why Choose Our Media Retention Nozzles? Our Media Retention Nozzles offer several distinct advantages over traditional filtration components: 1. Exceptional Strength and Durability Manufactured using high-quality materials, our nozzles are built to withstand the demanding conditions of water and wastewater treatment applications. They are more durable than other materials commonly used in filtration systems, ensuring a longer service life and reducing the need for frequent replacements. 2. High Percentage of Open Area Our nozzles are designed with a high percentage of open area, which maximizes the flow of treated liquid while retaining the filtration media. This design feature ensures that the filtration process is efficient and effective, maintaining optimal flow rates and reducing downtime due to clogging or blockages. 3. Naturally Anti-Clogging The unique design of our nozzles prevents clogging, ensuring consistent performance over time. This anti-clogging feature minimizes maintenance requirements and extends the lifespan of your filtration system. 4. Minimal Pressure Drop Our Media Retention Nozzles are engineered to minimize pressure drop across the filtration system. This ensures that the treated liquid flows smoothly through the system, maintaining consistent pressure levels and optimizing energy efficiency. 5. Versatile Slot Sizes and Configurations We offer a wide range of slot sizes to accommodate different filtration needs. Whether you require fine filtration for small particles or larger slots for coarser media, our nozzles can be customized to meet your specific requirements. 6. Easy Installation in False Bottom Applications Designed for easy installation, our nozzles are ideal for use in false bottom applications, where they can be securely mounted and provide reliable media retention. This feature simplifies the installation process and reduces the time and cost associated with setting up your filtration system. 7. Long-Lasting Performance With a focus on quality and durability, our nozzles are designed to provide long-lasting performance, even in challenging environments. This reduces the need for frequent maintenance and replacement, saving you time and money in the long run.

Minimum Order: 100

In the world of brewing, efficiency and consistency are paramount. Achieving a high-quality wort with maximum yield requires equipment that can reliably filter and separate solids from liquids. This is where welded wedge wire mash tuns, also known as false bottom lauter tuns or wedge wire false bottoms, play a crucial role. What is a Welded Wedge Wire Mash Tun? A welded wedge wire mash tun is an advanced filtration system used at the bottom of a mash tun in breweries. Constructed from a V-shaped wire, this false bottom allows for the smooth passage of wort while supporting the grain bed. The design facilitates a more efficient lautering process, which is essential for separating the wort from the mash, speeding up the brewing process, and improving the overall quality of the final product. Welded Wedge Wire Mash Tuns for Brewery How Welded Wedge Wire Mash Tuns Work? The wedge wire screen is placed at the bottom of the mash tun to create a false bottom that filters the wort from the spent grain during lautering. The V-shaped wires form a continuous slot that enables liquid to flow through while holding back the solid particles. This unique configuration minimizes clogging, ensures an even flow of liquid, and maintains the clarity and purity of the wort. Customization for Your Brewery Needs Every brewery is unique, and so are its equipment needs. At YUBO, we offer custom-designed welded wedge wire mash tun screens to meet specific requirements. Whether you're running a small craft brewery or a medium-sized operation, our mash tuns are engineered to fit seamlessly into your existing brewing system, enhancing performance and supporting production goals. Key Advantages of Using Welded Wedge Wire Mash Tuns 1. Stable Wort Flow: The precision design of our wedge wire screens ensures a consistent and stable outflow of wort from the tank. This even flow prevents channeling, which can negatively impact wort quality. 2. Enhanced Filtration Speed and Productivity: The unique V-shaped wire design facilitates faster filtration, reducing lautering time and increasing overall productivity. This efficiency means you can brew more batches in less time. 3. Maintains Clarity and Yield of Wort: The high-performance filtration maintains the transparency of the wort, ensuring a high-quality final product with minimal haze. It also helps achieve a higher yield by maximizing the extraction of fermentable sugars. 4. User-Friendly Operation: Our mash tuns are designed to be easy to install, operate, and maintain. The adaptability of the wedge wire screens allows for smooth integration into various brewery setups, and their durability minimizes the need for frequent replacements. 5. Cost-Effective and Low Maintenance: Our mash tuns are constructed with robust stainless steel, saving time and money over the long term. The polished surface also reduces the likelihood of bacterial buildup, enhancing cleanliness and reducing maintenance costs. Welded Wedge Wire screen Mash Tuns for Brewery The Importance of Choosing the Right Mash Tun for Your Brewery Investing in the right equipment is vital for maintaining quality and consistency in brewing. A welded wedge wire mash tun offers several key benefits over traditional perforated or slotted false bottoms. The continuous V-wire design not only ensures a more even filtration process but also provides a longer lifespan, reducing the frequency of replacements and associated downtime. The mash tun's performance directly affects the quality of the wort, which in turn influences the taste, clarity, and aroma of the final beer. With the right mash tun, you can achieve optimal extraction rates, reduce the risk of off-flavors, and ensure that each batch of beer meets the highest standards.

Contact: Hannah WhatsApp/Signal/Telegram/Skype/LINE: +852 61374953 Detailed description: Now, we can provide first-class service to customers. There are more advantages. 1. We can provide samples for testing. 2. We have established long-term and stable cooperation with DHL, FedEx, TNT, UPS, HKEMS! If the package is lost, we will re-ship for free. 3. Payment method: WU, TT, Moneygram; BTC. 4. If you want a new product, we can synthesize it for you and keep it confidential. 5. Higher purity, lower price, first-class service. 6. Manufacturer: The total output accounts for more than 10% of the country, and the market share is more than 15% 7. High quality: world-class production equipment, high-precision manufacturing process 8. Low price: the most advanced production equipment and the cheapest raw materials 9. Safe transportation channel: We have a professional transportation team to ensure that the goods arrive in your hands safely and on time 10. Ten-year quality assurance: Ten-year gold medal quality assurance, perfect after-sales service and first-class technical team make your shopping easy. We are the source supplier, we have hundreds of chemicals. Each of our accounts is safe, you don't have to worry about any security issues. We provide chemicals all over the world; 100% safe transportation and packaging. We have a professional transportation team to ensure that the goods arrive in your hands safely and on time. Our products can easily pass any customs. Looking forward to long-term cooperation with you. WhatsApp/Signal/Telegram/Skype/LINE: +852 61374953

Minimum Order: 1 bags

Industrial companies using cooling towers for their facilities usually need some type of cooling tower water treatment system to ensure an efficient process and long equipment service life. If cooling tower water is left untreated, organic growth, fouling, scaling, and corrosion can reduce plant productivity, cause plant downtime, and require costly equipment replacements down the road. What is a cooling tower water treatment system? A cooling tower water treatment system is an arrangement of technologies that remove damaging impurities from your cooling tower feed water, circulation water, and/or blowdown. In general, a basic cooling tower water treatment system typically includes some types of: ✭ clarification ✭ filtration and/or ultrafiltration ✭ ion exchange/softening ✭ chemical feed ✭ automated monitoring Cooling Tower Water Treatment System Filtration and Ultrafiltration The Filtration and Ultrafiltration are the most crucial steps in the water treatment process, both of which help remove suspended particles from the water. These particles can include turbidity, sediment, and other organic matter. This step of the water treatment process should occur early on to protect the resins and membranes in the system from fouling later on. If you choose ultrafiltration, it's possible to remove enough suspended particles to reach less than one micron of particles. The best suits for filters are self-cleaning filter housings and wedge wire screen strainer in the step.

Minimum Order: 1 bags

If you are interested, please contact us: WhatsApp/Signal/Telegram/Skype/LINE: +852 61374953 Payment methods: Bitcoin, Western Union, Remittance for your choice Shipping: DHL, TNT, Fedex, UPS, HKEMS, EUB, Special Line 5-15 days. We also do dropshipping, guaranteed delivery. Guaranteed 100% safe delivery to the United States, United Kingdom, Australia, Netherlands, Canada, France, Germany, Spain, Belgium, Switzerland, Poland, Russia, Ukraine, Kazakhstan, all customs clearance free. 100% safe delivery! Strong Noids ADBB, 5cladba for sale! High quality EUtylone, APIHP crystals for sale, best price! High quality, good price/reliable supplier, 100% safe Our company specializes in selling chemical raw materials. If you have any purchasing needs, please contact me. We can provide you with high-quality products WhatsApp/Signal/Telegram/Skype/LIN , E: +852 61374953

Minimum Order: 1 bags

The DSM Screen (Dutch State Mines Screen or sieve bend screen) represents a pinnacle of engineering in solid-liquid separation technology. Designed with a curved concave wedge bar structure, DSM Screens are widely acclaimed for their efficiency and precision in various industrial applications ranging from wastewater treatment to mineral processing and beyond. Construction and Component DSM Screens are meticulously crafted using high-quality stainless steel components to ensure durability and resistance to corrosion, making them suitable for demanding industrial environments. The key components include: Wedge Wire Sieve Bend: The defining feature of DSM Screens is their curved concave wedge wire sieve bend design. This unique profile not only enhances structural integrity but also provides exceptional separation efficiency by facilitating precise cut points. Support Structure: To maintain stability during operation, DSM Screens are reinforced with robust support rods and end bars. This structural framework ensures even distribution of material across the screen surface, optimizing separation efficiency and prolonging screen life. Pneumatic Washing System: Many DSM Screens incorporate a pneumatically operated washing jet system. This feature enhances operational uptime by preventing material buildup and clogging on the screen surface, thereby extending maintenance intervals and maximizing productivity. Usages and Applications DSM Screens have a wide range of applications across diverse industries due to their versatility and effectiveness in solid-liquid separation processes: Wastewater Treatment: In municipal wastewater treatment plants, industrial facilities, and agricultural operations, DSM Screens are pivotal in removing solids and impurities from wastewater streams. They play a critical role in meeting environmental regulations and producing clean water for reuse or discharge. Mineral Processing: DSM Screens are indispensable in mineral processing operations for dewatering, classification, and sizing of mineral slurries. DSM Screens efficiently separates valuable minerals from gangue materials, contributing to improved resource recovery and downstream processing efficiency. Sugar Refining: DSM Screens are used in sugar refineries to clarify and dewatering sugar juice. They effectively separate sugar crystals from the juice, ensuring the production of high-quality refined sugar with minimal impurities. Paper Processing: DSM Screens play a crucial role in pulp screening and thickening applications within the paper industry. They help remove debris, fibers, and contaminants from pulp slurries, thereby enhancing paper product quality and production efficiency. Food and Beverage Industry: DSM Screens are integral to various food and beverage processing applications, including fruit and vegetable processing, brewery operations, and dairy production. They aid in liquid separation and clarification, ensuring compliance with stringent food safety standards and maintaining product quality.

Minimum Order: 1 bags

The sewage screen for screenings Wedge Wire sewage screen for screenings Wastewater treatment with the right sieve size Ultra-fine screens Ultra-fine screens for the effective protection of membrane wastewater treatment plants or particularly sensitive process wastewater treatment plants. Fine screen Conventional municipal or industrial wastewater treatment plant, contaminant removal and to protect downstream equipment. Coarse screen Coarse screens for coarse material separation in industry, waste water from vacuum trucks, slaughterhouse, 1st cleaning stage in waste oil treatment, washing plants for military vehicles. The screen of the wastewater treatment plant: 1st point of contact for screenings in wastewater Screenings are the substances retained by a screen or sieve in a screening plant or waste water treatment plant. Screenings consist primarily of organic substances and mineral components. Unfortunately, there are always contaminants in the wastewater for which actually a different way of disposal is supposed. For example, hygiene articles or small packaging. The nature and the proportion of the usually foul-smelling screenings are important parameters for professional planning and the design of an efficient screening plant. For example, at the sewage treatment plant. Wedge Wire Screen cylinder for Sewage Treatment Plants Wedge Wire Screen-A good piece of mechanical waste water treatment The wedge wire screen in a wastewater treatment plant usually represents the first purification stage. Here the coarse components, the so-called screenings, are filtered out. The geometry of the opening determines what the screen filters out. At the same time, the v wire screen protects downstream treatment stages – for example membrane treatment plants – from coarser sediment, floating, suspended and other impurities. In terms of the process, the screen represents a part of the mechanical wastewater treatment in the wastewater treatment plant. The Static Screen filter is used for pre-treatment in wastewater treatment plants. It is used for both municipal and industrial applications, particularly for screening fibrous and non-greasy solids. For example, the static screen filter is an industry choice for screening wastewater from plastics, paper, textile, tanning, laundry, milk and food industries. It can also be used for container cleaning and for recycling of water in cleaning circuits.

Minimum Order: 1 bags