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In industrial wastewater treatment, food processing, and agricultural runoff management, efficient solid-liquid separation is critical. The Hydro sieve , a static screen for solid-liquid separation , is engineered with durable wedge wire filter technology , offering a highly effective and maintenance-friendly solution for removing suspended solids from fluids in gravity-fed systems. How Hydro Sieve Works A Hydro Sieve is a static screen separator that uses a wedge wire screen to perform mechanical solid-liquid separation without moving parts. The parabolic profile of the screen surface allows liquids to pass through while retaining solids on the surface. As fluid flows over the screen, solids are removed easily, while the filtered liquid continues downstream. This static sieve screen, also called a sieve bend screen or sidehill screen , operates efficiently under gravity and the Coanda effect, requiring no energy input, making it an eco-friendly and cost-saving option for industrial...

A wedge wire screen panel is a filtration device of stainless steel wires welded into a V-shaped profile. This unique construction delivers precise slot openings, allowing optimal dewatering performance while maintaining mechanical strength. The wedge wire panel withstands heavy loads and abrasive materials, and provides continuous operation with minimal maintenance. The addition of a polyurethane edge enhances the screen panel’s performance. Polyurethane screen is known for its abrasion resistance, chemical stability, and flexibility.  The polyurethane border or frame for a wedge wire dewatering panel helps absorb impact, reduce wear, and prolong the panel's service life. It also makes installation and replacement easier, especially in high-vibration environments like coal washing or quarry dewatering systems. Key Features of Polyurethane Edged Wedge Wire Panels • Durability: Manufactured from stainless steel 304 or SS316L, these panels resist corrosion and withstand harsh opera...

The Hydro sieve , a wedge wire static screen , can achieve effective solid-liquid separation for modern wastewater treatment systems. Working with a supplier experienced in wedge wire sidehill screens will ensure your equipment matches the specific needs of your treatment process. WhatsApp: +86 13653285589 Tel.: +86 311 8595 5658 E-mail: sales@uboscreen.com WeChat: 86 13653285589

A Hydro Sieve , a static sieve screen or static wedge wire screen , is a gravity-fed screening device designed to separate solids from liquids without needing external power or moving parts. It is an ideal solution for facilities seeking a non-powered screening device that delivers consistent performance with minimal maintenance. The Hydro sieve can achieve effective solid-liquid separation for modern wastewater treatment systems. How Hydro Sieve Static Screens Work Static screens directly influent a curved or sloped wedge wire surface, typically made of corrosion-resistant stainless steel. As the flow passes over the screen, solids are captured and retained on the screen surface, while the filtered liquid passes through the narrow V-shaped openings of the Vee wire screen . This non-clogging design is especially suited for applications where reliability and low maintenance are critical, such as municipal wastewater screening, industrial sludge thickening, and primary sewage treatm...

A r otary drum trommel screen , also called a drum screen for wastewater , is a mechanical filtration device that removes suspended solids from water. The system typically consists of a rotating cylindrical drum with perforated or wedge wire mesh that traps solid particles as wastewater flows through it. These trommel screens are often fabricated from stainless steel, ensuring corrosion resistance and longevity, especially in demanding environments like municipal sewage treatment plants, food processing, and industrial effluent management. How Work for Rotary Drum Trommel Screen The process begins when untreated wastewater enters the rotary drum screen. The inclined drum slowly rotates, allowing water to pass through the screen surface while retaining solids. A spray cleaning system or internal scraper removes accumulated debris continuously with minimal maintenance. These rotary drum trommel screen systems feature high-capacity, energy-efficient performance, whether for sludge dewa...

Hub and Header Lateral System : Achieve Efficient Liquid and Gas Distribution or Collection Inside a Vessel or Tank A hub and header lateral system can distribute or collect fluid uniformly across the vessel or tank's cross-section. These systems generally consist of a central hub or a header pipe, with multiple wedge wire screen laterals radiating outwards or branching along the pipe length. This layout ensures even flow distribution, minimizes pressure drop, and supports the filtration media within the vessel. Depending on the tank configuration and flow requirements, the system can be designed as a radial flow hub lateral distributor or a parallel header lateral distributor . Both styles can be adapted for liquid or gas flow and customized to meet specific process conditions. Whether designing a demineralization tank, reverse osmosis pre-filter, or a chemical processing vessel, choosing the right hub and header lateral is essential for system reliability and efficiency. Stainle...

A wedge wire lateral distributor consists of a central hub or header connected to multiple wedge wire screen laterals or radial laterals. The assembly is housed inside a pressure vessel, ensuring uniform liquid or gas distribution during service and backwash cycles. These wedge wire header lateral systems play a critical role in ion exchange, sand filtration, and resin bed regeneration, commonly found in sectors like petrochemical, power generation, and municipal water treatment. These lateral systems can be installed at the top or bottom of a vessel or tank. Each hub and header lateral features non-clogging, precision-welded stainless steel wedge wire screens. It is typically made from SS 304 or SS 316L, offering excellent corrosion resistance and high mechanical strength. Key Features and Benefits of Wedge Wire Hub and Header Lateral Distributors • Even Flow Distribution The header distributor system ensures equal flow across all laterals, reducing channeling and maximizing the eff...

A cone strainer filter , often called a wire mesh cone strainer or conical mesh filter, is a temporary filtration device. Designed in a cone-shaped configuration, it fits directly into pipeline systems to capture unwanted debris and protect downstream equipment. These temporary cone strainers are widely used in liquid filtration systems where maintaining product purity and equipment longevity is essential. The cone strainer filters are made from stainless steel wire mesh , offering excellent corrosion resistance, high durability, and the ability to withstand high temperatures and pressures. Available in various mesh sizes, they allow for customizable filtration levels - from coarse to fine - depending on the liquid being filtered. Whether filtering oil, water, fuel, chemicals, or food-grade liquids, a wire mesh cone strainer delivers the precision, strength, and flow efficiency needed for demanding applications. Contact us or email us at: sales@uboscreen.com today. We offer a diver...

The stainless steel temporary strainer is essential during the pipeline commissioning start-up phase across industries like oil and gas, chemical processing, or water treatment. These temporary strainers help prevent costly damage by filtering out construction debris, welding slag, rust, and other particles before they can enter sensitive downstream equipment. What Are Stainless Steel Temporary Strainers? Stainless steel temporary strainers are removable inline filters used during the pre-operational phase of pipeline systems. Installed between flanges or within pipework, they provide short-term filtration to protect pumps, valves, meters, and other critical components during system start-up. Once the pipeline is clean and stable, these commissioning strainers are typically removed or replaced with permanent filtration solutions. Click here to learn about: Temporary Strainer VS Permanent Strainer Key Features and Types of Temporary Strainers Temporary strainers are often manufactured...

A sieve bend dewatering screen , sometimes called a solid-liquid separator or static wedge wire screen , is a non-powered, gravity-fed separation device. Shaped like a curve or parabolic arc, the screen is fitted with wedge wire or V-shaped wire elements that provide precise separation. As wastewater flows over the curved surface, solids are retained on the screen while the filtered liquid passes through the openings. This simple mechanism offers high throughput with zero energy consumption. Why Use a Solid-Liquid Separator in Wastewater Treatment? Solid-liquid separation is a vital step in reducing the biological load, preventing pipe blockage, and protecting downstream equipment such as pumps, centrifuges, and filters. Industries using sieve bend screens for wastewater include: Food and beverage processing Dairy and cheese production Fish and meat processing plants Municipal wastewater treatment Pulp and paper mills Agricultural runoff management Chemical and petrochemical facilit...

Reactor Internals Center Pipe for Petroleum Refining - Wedge Wire In the high-stakes world of petroleum refining, the quality of reactor internals plays a critical role in optimizing performance, maximizing catalyst efficiency, and ensuring long-term plant reliability.  Among these internals, the center pipe - especially with wedge wire technology - is vital to the smooth operation of fixed-bed and radial flow reactors used in hydrocracking, hydroprocessing, and catalytic reforming. A wedge wire center pipe is the main structural and functional element within a reactor’s catalyst bed. It facilitates uniform flow distribution - either gas or liquid - through the catalyst bed and supports catalyst retention, especially in downflow or radial flow reactor systems. Constructed from stainless steel or other corrosion-resistant materials, center pipes with wedge wire screens ensure high mechanical strength, resistance to fouling, and excellent flow characteristics.  As demand grow...

A polyurethane dewatering screen panel is a modular component in high-frequency vibrating screens. It's designed to efficiently separate water from solid materials, helping reduce moisture content in materials like sand, coal, or minerals.  The dewatering screen panel is made from high-quality polyurethane, sometimes combined with wedge wire . These screen panels offer superior wear resistance and longevity compared to traditional wire mesh or rubber alternatives. • High Wear and Abrasion Resistance Polyurethane is known for its toughness. The polyurethane dewatering screen panels endure high-impact environments and abrasive materials, making them perfect for coal washing and mineral dewatering. • Excellent Dewatering Efficiency Precise slot sizing and a high open area, PU dewatering screen panels deliver efficient water removal with minimal clogging. • Corrosion Resistance Unlike metal mesh panels, polyurethane screening media resist rust and corrosion, ensuring longer service l...

A polyurethane dewatering screen panel is a modular component in high-frequency vibrating screens. It's designed to efficiently separate water from solid materials, helping reduce moisture content in materials like sand, coal, or minerals.  The dewatering screen panel is made from high-quality polyurethane, sometimes combined with wedge wire. These screen panels offer superior wear resistance and longevity compared to traditional wire mesh or rubber alternatives. • High Wear and Abrasion Resistance Polyurethane is known for its toughness. The polyurethane dewatering screen panels endure high-impact environments and abrasive materials, making them perfect for coal washing and mineral dewatering. • Excellent Dewatering Efficiency Precise slot sizing and a high open area, PU dewatering screen panels deliver efficient water removal with minimal clogging. • Corrosion Resistance Unlike metal mesh panels, polyurethane screening media resist rust and corrosion, ensuring longer servic...

Wedge Wire Centrifuge Baskets for Starch And Sugar Industry The wedge wire centrifuge basket is one of the most critical components in industrial separation and dewatering processes. Known for their precision, durability, and high-performance characteristics, these stainless steel wedge wire baskets are essential in starch processing equipment and sugar refining centrifuge systems. Why Wedge Wire Centrifuge Baskets? Wedge wire , also known as Vee wire, is a welded steel structure consisting of surface profiles and support profiles. Its unique V-profile wire design allows for a high open area, strong mechanical support, and excellent resistance to clogging. This makes it ideal for use in centrifuge baskets for starch and sugar industry applications, where continuous separation, high throughput, and minimal maintenance are crucial. Key Benefits of V Profile Wire Centrifuge Baskets: • High-efficiency separation in high-volume processes • Precision slot openings for consistent dewatering...

A resin trap is a wedge wire industrial filter screen installed downstream of an ion exchange vessel or softening unit. Its primary function is to capture ion exchange resins that may escape the system due to failure or degradation of internal components.  Resin traps protect downstream equipment in modern water treatment systems, especially ion exchange technology. Whether used in demineralization units, RO systems, or water softeners, the ion exchange resin trap ensures resin bead retention and prevents contamination, damage, and costly shutdowns.  The wedge wire screen resin trap is the most effective and reliable solution, known for its precision, durability, and efficiency. Unlike simpler slotted screens or perforated plates, wedge wire screens boast a unique construction that offers several key advantages: • High Flow Efficiency: The V-shaped wire design promotes superior liquid flow while maintaining solid retention. • Non-Clogging Design: The V-profile wires create...

What is the difference between a temporary strainer and a permanent strainer? Strainers remove debris and solid particles from the flow to protect equipment in fluid handling systems. Two of the most commonly used filtration devices are temporary strainers and permanent strainers. Although they serve the same basic function - filtering contaminants from pipelines, the difference lies in their design, usage, lifespan, and maintenance. What is a Temporary Strainer ? A temporary strainer, often referred to as a start-up strainer, is designed for short-term use during the commissioning phase of a piping system. It is usually installed to trap construction debris, welding slag, rust, or other contaminants that may be present when the system is first activated. Types of Temporary Strainers: • Temporary Cone Strainer : Shaped like a cone and installed inside flanged connections. • Basket Strainer (temporary type): Cylindrical or flat and used where more surface area is needed.• • Tee Strainer...