Mechanical Bar Screen

1000 - 10000mm Mechanical Bar Screen Wire Rope Bar Screen Wastewater Treatment Wire Rope Bar Screen Product Overview The Wire Rope Rake Screen is a large-channel automatic cleaning device driven by a winch and steel wire rope. It moves a rake bucket up and down to remove floating debris, suspended solids, and large wastes from channels. With a robust structure and strong cleaning capacity, it is ideal for large-flow, deep-channel, and coarse screening conditions in pumping

10 - 5000m³/H Mechanical Bar Screen 500MM – 3000mm Rotary Drum Screen Rotary Drum Screen - Product Overview The Rotary Drum Screen is a high-efficiency solid-liquid separation device designed to continuously and automatically remove suspended solids and debris from water. Rotating drum screening provides precise filtration, stable operation, and minimal maintenance, making it ideal for municipal wastewater, food processing, paper, and chemical industries. Working Principle

1mm – 50mm Mechanical Bar Screen SS304 7.5KW Sewage Bar Screen High-Performance Mechanical Bar Screen For Sewage And Industrial Wastewater Pretreatment The mechanical bar screen is a key piece of equipment used in the pretreatment stage of wastewater treatment systems. It is designed to remove large suspended solids, floating debris, and solid waste from wastewater, preventing blockage or damage to downstream equipment such as pumps and aerators. With its simple structure,

Touchscreen Mechanical Bar Screen Stainless Steel Rotary Bar Screen SUS304 SUS316 Product Overview The Rotary Rake Screen (also known as Rotary Bar Screen or Mechanical Bar Screen) is a fully automatic solid-liquid separation device widely used in wastewater treatment plants and industrial pretreatment systems. It continuously removes suspended solids, floating debris, and large particles from the influent, preventing blockage and damage to downstream pumps and equipment. The

The Explosion-Proof Mechanical Bar Screen is a fully ATEX-certified wastewater screening solution purpose-engineered for operation in hazardous areas classified as Zone 1 (Gas Group IIB, Temperature Class T4) and Zone 2 where flammable gases, vapors, or combustible dusts may be present. This specialized equipment is critical infrastructure for petrochemical refineries, offshore oil and gas platforms, chemical processing plants, solvent recovery facilities, and any industrial

The Perforated Fine Screen Mechanical Bar Screen is a precision-engineered pretreatment solution specifically designed for applications requiring ultra-fine solid-liquid separation with aperture sizes as small as 0.5 mm. Constructed entirely from SS316L stainless steel, this equipment delivers exceptional corrosion resistance in aggressive industrial and marine wastewater environments. Unlike conventional bar-type screens that rely on parallel bars with fixed spacing, this

The Heavy-Duty Ultra-Wide Channel Mechanical Bar Screen is engineered for large-scale municipal wastewater treatment plants, combined sewer overflow facilities, and major stormwater pumping stations where channel widths reach up to 5000 mm and influent flow rates exceed 100,000 cubic meters per day. This industrial-grade screening solution features a robust dual-drive chain rake system with synchronized motors on both sides of the channel, ensuring balanced load distribution

The Self-Cleaning Rotary Bar Screen with Integrated Spray Wash System represents a breakthrough in automated wastewater pretreatment technology by eliminating the single most common cause of screen downtime: debris accumulation and clogging on the bar rack surface. While conventional mechanical bar screens rely solely on mechanical rake action to remove intercepted solids, this advanced system combines precision rake scraping with a programmable high-pressure spray wash array

The Multi-Rake Mechanical Bar Screen with Triple Synchronized Rake System is a high-throughput screening solution engineered for industrial wastewater applications where continuous, uninterrupted debris removal is critical to downstream process reliability. Unlike single-rake screens that pause debris removal during the return stroke of the rake carriage, this multi-rake design employs three independently driven rake assemblies that operate in a phased sequence controlled by