Compared to woven wire mesh or perforated metal screens, wedge wire strainers feature unique continuous V-shaped openings that provide greater flow area and more precise filtration slots. Thanks to fully welded construction, these strainers ensure exceptional structural integrity and highly consistent slot dimensions. In contrast…
Read More
1. Structure and Function A sieve bend screen consists of a set of parallel metal or plastic bars, typically installed at an angle in channels or at the inlet of pump stations. Its primary function is to intercept large floating debris (such as branches, plastic…
Read More
Compared to metal mesh or perforated screens, wedge wire filter elements offer superior flow capacity and filtration precision due to their unique continuous wedge-shaped openings. Thanks to the fully welded construction, the product achieves not only strict structural integrity but also precise and consistent slot…
Read More
A stainless steel wedge wire panel features a trapezoidal-shaped wire profile, with slot openings that are narrower at the top and wider at the bottom. It is manufactured by welding cold-rolled stainless steel wire—used as screen and support rods—on automated wedge wire production equipment. These…
Read More
Minimal Clogging and Excellent Dewatering Performance Wedge wire screens feature a V-shaped (triangular) profile, which means the contact area for solids is small. The narrow slot openings widen at the tip, making it difficult for solids to clog the screen. Even if clogging occurs, it…
Read More
Contact us
Our wedge wire nozzles are manufactured by helically wrapping stainless steel wedge wire at uniform spacing around support rods, and they consist of components such as the screen pipe, cover plate, nut, and gasket. The stainless steel wedge wire nozzles are available in various types,…
Read More
Technical Advancement Directions for Microfilter Energy Efficiency: The adoption of permanent magnet synchronous motors and variable frequency drive (VFD) technology can reduce energy consumption by over 30%. Intelligent Control: AI algorithms can be used to predict filter clogging times and optimize backwash strategies. Modular Design:…
Read More
1. Key Factors in Selecting a Microfilter Brand Technical Expertise: Give preference to brands with over 10 years of experience in aquaculture equipment (e.g., JX Filtration, Seneye). Proven Track Record: Request successful case studies and operational data from similar aquaculture farms. Certifications: Look for suppliers…
Read More
1. Energy Consumption Analysis The energy consumption of a microfilter mainly comes from motor drive and backwashing system. Taking a rotary drum type as an example: A modern microfilter should have the following intelligent features: Any Requirements, Contact Us Now! Kris Email/Teams: kris@filtrationchina.com Mobile/Whatsapp/Wechat: +86…
Read More
Rotary Drum Microfilter Rotary Disc Microfilter Disc Stack Microfilter Any Requirements, Contact Us Now! Kris Email/Teams: kris@filtrationchina.com Mobile/Whatsapp/Wechat: +86 18980776200
Read More