Ultra-Slim SCARA Robot | 3-Axis
Traditional SCARA robots often struggle with machine tending or assembly inside tight machine spaces due to their high profile and bulky size. This lightweight SCARA robot features an ultra-slim design, standing just 137 mm tall and weighing only 7.6 kg, allowing it to easily reach deep into narrow equipment areas. Combined with an external electric lift unit, it significantly extends its vertical reach, perfectly solving automation challenges in confined spaces.
Six-Axis Robot | Flexible Industrial Automation Robotic Arm
Precision automated assembly often suffers from a lack of force feedback, where even a slight misstep can crush fragile components. By integrating high-precision joint torque sensors, this force-controlled assembly arm gives the machine a genuine "sense of touch." Combined with intuitive drag teaching, operators can simply guide the arm to record trajectories, significantly lowering the programming barrier. It enables micron-level compliant fitting, making complex automation line changes effortless.
Semiconductor Metrology Equipment | Wafer Inspection
Thin-film conductivity directly impacts chip yield. Using the Four-Point Probe Resistivity testing principle, the system rapidly inspects various conductive films without damaging the sample. Combined with automated mapping, it visually presents the resistivity distribution across the entire wafer, providing precise data support for silicon wafers, highly resistive materials, and new process R&D.
High-Temperature Ion Implanter | Wafer Temperature Control & Deep Junction Formation
In the manufacturing of third-generation semiconductors like silicon carbide, high-energy ion bombardment can easily cause severe lattice damage, making subsequent dopant activation very difficult. To solve this at its root, performing High-Temperature SiC Implantation directly under heated conditions is the most efficient approach. The system precisely heats the wafer during ion scanning, effectively suppressing amorphization damage and significantly boosting dopant activation rates, providing reliable assurance for the manufacturing of high-voltage power devices.
Flood Drainage Pump Set | Mobile Diesel Water Pump | High-Flow Emergency Drainage Equipment
During heavy storms or urban waterlogging, traditional electric pumps easily fail due to power outages, missing the best window for drainage. The Flood Drainage Pump Set is built specifically for extreme emergency conditions. Using a diesel engine as an independent power source, it starts instantly without relying on the external power grid. Whether it's draining underground garages, agricultural fields, or mine rescue sites, its powerful engine and self-priming capability quickly pump muddy water containing sand and debris. It's an indispensable hardcore asset for emergency rescue and engineering drainage.
Multi-Generator Load Sharing | Industrial Synchronization Panel | Automatic Paralleling Control System
Industrial synchronization panels manage the parallel operation of multiple generators. Using a built-in Multi-Generator Load Sharing algorithm, they coordinate automatic synchronization and power distribution. By monitoring real-time loads, the system adjusts each unit's output to ensure even sharing, boosting system stability while keeping engines running at optimal fuel efficiency to reduce long-term operating costs.
Mains Failure Auto Switching | Automatic Transfer Switch Cabinet | Generator Interlock Control Panel
When the mains power fails without warning, high-speed precision production lines can face scrap, and core server data can be lost in an instant. Facing such sudden emergencies, a control cabinet with Mains Failure Auto Switching becomes the last barrier to defend the safety baseline. Once the grid fails, it cuts the main power in milliseconds and wakes up the backup generator, quickly connecting the load once the voltage is stable. This entire emergency process requires no manual intervention, holding up a seamless power protection umbrella for critical facilities.
Flexible Exhaust Bellows | Stainless Steel Exhaust Hose | Engine Vibration Isolation Part
In the exhaust systems of generator sets or heavy-duty engines, violent pulses of high-temperature gas and strong vibrations from operation often cause rigid pipe joints to crack or leak. Made of multi-layer stainless steel, a Flexible Exhaust Bellows withstands extreme exhaust temperatures, absorbs displacement from thermal expansion and contraction, and drastically isolates engine vibration from the exhaust pipe, ensuring the safety and lifespan of the entire system.
Reactive Exhaust Silencer | Low-Frequency Noise Reduction Equipment | Industrial Exhaust Silencing System
In generator sets or large fan systems, low-frequency roar is highly penetrating, and standard acoustic insulation struggles to solve it. The Reactive Exhaust Silencer uses internal multi-stage expansion chambers and resonators to specifically target low-frequency noise. Without complex electronic controls, it relies entirely on physical acoustic design to drastically reduce airflow noise in the ductwork, helping plant rooms easily pass strict environmental impact assessments.
Generator Control Panel | Auto Start Stop Module | Engine Protection System
In backup power systems for data centers, hospitals, or factories, a generator's ability to start reliably during a sudden outage is critical to a company's safety. A high-quality Remote Generator Control Panel uses a high-precision microprocessor to monitor both the mains and generator status in real-time. Once the mains fails, it immediately executes the auto start-stop logic. Packed with comprehensive engine protection and an intuitive parameter display, it acts as the "smart brain" ensuring your backup power is absolutely reliable.
Tank Odor Containment System | FRP Odor Control Cover | Arched Tank Cove
Open wastewater equalization tanks and sludge thickeners often draw complaints from nearby residents during the summer due to the pungent odors they emit. Traditional covers tend to rust and degrade over time, but using lightweight, corrosion-resistant fiberglass is a different story. It lasts long, resists UV rays, and fits snugly over the tank like a giant umbrella. It locks the odors inside, allowing a negative-pressure fan to draw them directly into the downstream scrubber, completely solving the environmental headache of odor overflow.
Chemical Odor Scrubbing Tower | Acid Mist Purification Tower | Packed Bed Scrubber
In electroplating, chemical plants, or wastewater facilities, the acidic gases and odors emitted are not only pungent but also easily corrode nearby equipment. Compared to standard physical filtration, using Chemical Odor Scrubbing often achieves a more thorough result. The equipment sprays specific chemicals inside the tower, allowing the exhaust gas to fully contact the liquid in the packed bed. Through acid-base neutralization or redox reactions, harmful gases are directly converted into harmless salts, offering highly stable removal of both odors and acid mist.
Odor Abatement System | Activated Carbon Deodorizer | Industrial Waste Gas Purification Equipment
The hydrogen sulfide and ammonia from sewage pumping stations and garbage transfer stations often make life miserable for nearby residents and on-site workers. To put an end to this environmental headache, an Odor Abatement System has become essential equipment for the facility. The skid-mounted design keeps the footprint small and makes outdoor installation easy. As the final barrier for industrial waste gas purification, it powerfully suppresses a wide range of mixed odors, keeping the plant boundary smell-free and making environmental inspections a breeze.
Fine Filtration for Water Treatment | Precision Filter | XLR Cartridge Filter
Expensive water treatment membrane modules are easily scratched or clogged by fine impurities in the water, which is often the biggest maintenance headache for plants. To protect this critical barrier, applying Fine Filtration for Water Treatment as a pre-treatment is essential. This equipment features a high-strength stainless steel housing and is equipped with high-density pleated or melt-blown filter cartridges. It offers high dirt-holding capacity and easy replacement. As an indispensable safeguard for RO, UF, and ultrapure water systems, it ensures absolutely stable terminal water quality and significantly extends the lifespan of downstream core equipment.
Decanter Centrifuge|High-Speed Centrifugal Sludge Dewatering Machine|Industrial Sludge Centrifuge
When handling complex sludge with high moisture content or poor separability, traditional equipment often struggles with large footprints and clogging. This unit uses a fully enclosed centrifugal structure, completely eliminating consumable filter cloths and relying on powerful centrifugal force for continuous solid-liquid separation. For modern plants pursuing high-speed centrifugal sludge dewatering, it not only eliminates the tedious task of cleaning filter meshes but also produces consistently dry cake within a very small footprint while keeping the site odor-free.
Oil Sludge Dewatering Machine | Screw Press Dewaterer | Industrial Sludge Dewaterer
In machine shops, petrochemical plants, or refineries, oily sludge is slick and sticky. Traditional belt filter presses choke on it because the sludge clogs the filter cloth—and washing it off is a nightmare. To handle this mess, the core equipment must have serious self-cleaning power. An Oil Sludge Dewatering machine uses a unique stack of fixed and moving rings. As the spiral shaft rotates, the gaps between the rings constantly scrape and clear themselves, completely preventing clogging and pressing the sticky oil sludge into dry cake.
Sludge Thickening and Dewatering Machine|DNT Belt Thickener-Dewaterer
Building a massive gravity thickener for low-concentration sludge is a huge headache for wastewater plants. The sludge sits there too long, starts to stink, and releases phosphorus—making downstream processing a pain. To skip all that, handling Sludge Thickening and Dewatering right on the machine is the most efficient move. It cuts out the concrete tanks entirely. You just pump in dilute sludge with 99% moisture, gravity drains the water up front, and the rollers squeeze it hard in the back to discharge formed dry cake. No tanks, no babysitting, just 24/7 continuous automatic discharge.
Dewatered Sludge Volume Reduction Equipment | YS Screw Conveyor Press | Sludge Compactor
Sludge cake from centrifuges or belt presses has already been dewatered, but it's often still a soggy mess—meaning you're paying high transport costs to haul mostly water. With tightening environmental rules and rising costs, Dewatered Sludge Volume Reduction has become a practical way for plants to save money. This YS screw conveyor press is built for that "secondary squeeze." Installed right after the dewatering machine, it forces out even more moisture. The cake comes out dense and solid, cutting the volume down drastically and saving a huge chunk on hauling fees.
Sludge Cake Conveyor | PD Belt Conveyor | Dewatered Sludge Transport Equipment
The sludge dewatering room is tough on equipment—freshly pressed cake is sticky and soaked with corrosive moisture. This PD belt conveyor is a Sludge Cake Conveyor built specifically for these conditions. Using a tracking-resistant flat belt or a skirted trough belt, it continuously and reliably moves the cake from the filter press to the stockpile or loading hopper. This keeps wet mud off the floor, preventing secondary pollution and saving on manual cleanup.
Grit Classifier Screw | Shaftless Screw Conveyor | LS-W Spiral Conveyor
Wet screenings pulled from screens at wastewater plants are high in moisture and tend to stink. To tackle this, Screenings Volume Reduction has become a key step for plants looking to boost efficiency. This unit handles washing, conveying, and pressing all in one. By forcefully squeezing out free water, it cuts the trash volume by more than half, directly reducing downstream hauling and incineration costs.
Grit Classifier Screw | Shaftless Screw Conveyor | LS-W Spiral Conveyor
Behind the grit chamber in a wastewater treatment plant, wet grit constantly needs to be hauled away. As a highly efficient Grit Classifier Screw, it uses a centerless shaft design built specifically to handle heavy, abrasive materials. Without a central shaft in the way, grit-water mixtures containing fibers won't tangle or clog. The inclined upper section also drains water, letting the grit partially dewater before dropping into the bin.
Chain and Flight Sludge Collector|Reciprocating Sludge Scraper|Rectangular Tank Bottom Scraper
Sludge removal in rectangular settling tanks is often constrained by the long tank structure, making standard circular equipment impractical. This Chain and Flight Sludge Collector uses a circulating chain at the bottom to drive scraper flights, steadily pushing settled sludge into a collection hopper at one end. It ensures thorough pushing without re-suspension, and with no complex underwater bearings, daily operation is exceptionally hassle-free.
Rotary Suction Header|Center Drive Suction Clarifier|ZCX Dual-Pipe Suction Machine
The ZCX suction machine is built for large circular clarifiers, centered around a Rotary Suction Header. It comes with either single or dual-pipe configurations, powered by a center drive unit that rotates the truss and suction pipes. It doesn't need extra vacuum pumps or complex scraper mechanisms. It delivers high sludge concentration with minimal disturbance to the settled layer, making it a great fit for large-diameter secondary clarifiers with strict effluent requirements.
Cage Drive Thickener | ZCCG Center Drive Scraper | Sludge Thickener Scraper
Thickener transfers power to the tank bottom through a central drive unit and a unique cage structure. The bottom scraper arms rotate slowly to push settled sludge toward the central hopper. Meanwhile, the vertical pickets help agitate and promote solid-liquid separation, effectively improving the sludge thickening efficiency.
Traveling Bridge Sludge Collector | YQX Bridge-Type Sludge Suction Machine | Rectangular Tank Sludge Removal Equipment
Designed specifically for rectangular settling tanks, this equipment is core gear for bottom sludge removal in water and wastewater plants. It spans the tracks on top of the tank and travels slowly, using suspended suction pipes and submersible pumps to continuously draw settled sludge from the bottom and discharge it into the collection channel. It ensures thorough, dead-zone-free sludge removal, runs smoothly, and greatly improves the settling tank's sludge removal efficiency.
Rotary Fine Screen | Internally Fed Fine Screen | High-Precision Solid-Liquid Separator
In modern municipal and industrial wastewater treatment, removing fine suspended solids like hair and fibers is critical to protect downstream biological systems. This internally fed screen features a fully enclosed design: wastewater enters from inside the unit and flows outward through a high-precision stainless steel mesh. It efficiently intercepts extremely fine impurities, conveying and dewatering them internally. This not only achieves high separation precision but also greatly improves the working environment of the wastewater plant.
Peripheral Drive Sludge Scraper | ZBGX Scraper and Suction Machine | Clarifier Sludge Collector
Designed specifically for large circular settling tanks, this Peripheral Drive Sludge Scraper is core equipment for bottom sludge removal in water and wastewater plants. Driven by a peripheral drive unit, it rotates slowly around the center. The bottom scraper blades push the sludge toward the central hopper, while suction pipes and pumps draw the sludge out directly. This combined scraping and suction method ensures thorough, dead-zone-free removal, runs smoothly, and greatly improves the sludge removal efficiency of circular clarifiers.
Suspended Center Drive Clarifier | ZCG Center Drive Scraper | Circular Clarifier Sludge Scraper
Designed primarily for bottom sludge removal in small to medium-sized circular clarifiers, this suspended center drive scraper features a drive unit mounted directly on the center walkway bridge. It drives the bottom scraper arms to rotate slowly through the main shaft, continuously pushing settled sludge into the central hopper. With a compact structure and moderate torque, it delivers stable sludge removal and is easy to install and maintain, making it an ideal companion for standard circular clarifiers.
Inline Sewage Grinder | Pipeline Grinder | Dual-Shaft Sewage Grinder
As a highly efficient Inline Sewage Grinder, this equipment completely changes the traditional pumping station dilemma of manually raking screen debris. Installed directly at the bottom of the pump station or in the pipeline, it uses high-speed rotating blades to macerate solids like cloth strips and plastics into fine particles, allowing them to flow away with the water. This eliminates the need for manual disposal, avoids odors and secondary pollution, and is ideal for fully buried, unattended pumping stations.
Self-Cleaning Rotary Screen | ZSB Rotary Brush Screen | Rotary Mesh Screen Cleaner
In fine interception at intakes and pumping stations, traditional fixed screens easily clog with waterweeds and fibers, requiring frequent manual cleaning. The ZSB rotary brush screen is a highly efficient Self-Cleaning Rotary Screen that combines high-precision mesh filtration with continuous rotary brush cleaning. As water passes through the mesh, the rotating brush scrubs off the trapped debris and discharges it, truly achieving unattended, continuous automatic operation.
Internally Fed Rotary Screen | ZG Rotary Drum Screen | Rotary Solid-Liquid Separator
As a highly efficient Internally Fed Rotary Screen, the ZG rotary drum screen is mainly used to replace traditional fine screens for high-precision solid-liquid separation. Wastewater enters from inside the rotating drum and passes through the screen mesh, while debris is trapped on the inner wall. As the drum rotates slowly, internal screw flights push the debris toward the discharge end and squeeze out moisture. This integrates screening, conveying, and pressing, significantly reducing the moisture content and disposal cost of the screen residue.
Hydropower Trash Rake | SL Hydraulic Trash Rack Cleaner | Trash Rack Cleaning Machine
Designed specifically for large-scale water conservancy facilities, the Hydropower Trash Rake (SL Hydraulic Trash Rack Cleaner) is used to intercept and remove waterweeds, branches, and domestic waste from flowing water. Using a mobile cleaning rake or grab, it travels up and down the inclined trash rack to scrape off debris attached to the bars and lift it to the dam crest for discharge. This effectively prevents floating debris from clogging the intake and ensures the safe operation of hydro-turbines and water diversion systems.
Cable-Driven Grab Screen | LZ Three-Cable Bar Screen Cleaner | Steel Cable Grab Cleaner
Designed specifically for deep channels, the Cable-Driven Grab Screen (LZ Three-Cable Bar Screen Cleaner) uses three steel cables to precisely control the lifting and closing of an underwater grab. It delivers immense grabbing force to easily lift branches, stones, and clumps of fabric, while running fully automatically to greatly reduce the safety risks of manual deep-water cleaning. It is an indispensable pre-treatment device for pumping stations and wastewater plant intakes.
Rotary Bar Screen for Wastewater|CF Rotary Solid-Liquid Separator
As an efficient Rotary Bar Screen for Wastewater, the CF rotary solid-liquid separator is the first line of defense in the pre-treatment stage of municipal and industrial wastewater. Using a continuous rotating rake chain, it automatically lifts plastics, fibers, wood blocks, and other floating or suspended solids from the inlet channel and discharges them into a trash bin. It separates debris thoroughly and runs fully automatically, greatly reducing the labor intensity and safety risks of manual cleaning.
Hydrocyclone Grit Remover | XLC Vortex Grit Chamber Machine | Vortex Grit Removal Equipment
In the pre-treatment stage of municipal wastewater plants, efficiently removing inorganic grit is key to protecting downstream equipment. The XLC vortex grit chamber machine is a professional Hydrocyclone Grit Remover. It uses the swirling flow created as water enters the tank tangentially to throw heavier grit against the wall and down into the bottom collection pit. Lighter organics wash away with the flow, achieving clean grit-water separation and preventing clogs and wear in pipes and aerators.
Traveling Grit Collector|QXS Bridge-Type Grit Suction Machine|Rectangular Tank Grit Removal
In rectangular grit chambers at municipal wastewater plants, efficiently pulling heavy grit off the bottom without stirring up the water is a real challenge. The QXS bridge-type grit suction machine is a professional Traveling Grit Collector. It spans the top of the tank and uses a smooth traveling mechanism along with submersible pumps to directly suction the grit-water mixture settled at the bottom. This not only cleans the grit thoroughly with no dead zones but also significantly reduces the safety risks of manual cleaning.
Screw Sand-Water Separator | Grit Dewatering Unit |LSF Sand-Water Separator
In the grit removal process at wastewater plants, discharging the pumped grit-water mixture directly not only increases the sludge treatment load but also pollutes the environment. The LSF sand-water separator is an efficient Screw Sand-Water Separator. Using spiral conveying and gravity settling, it thoroughly separates inorganic grit from organic sludge. The separated sand has low moisture content and can be loaded for disposal directly, while the separated water flows back to the front end of the plant, achieving water recycling.
Grit Removal Equipment for Wastewater |GSJ Grit Scraper | Grit Chamber Scraper
In the primary pre-treatment stage of municipal wastewater plants, Grit Removal Equipment for Wastewater is critical to protect downstream pumps and pipes from wear. The GSJ grit scraper uses steady mechanical blades to push grit and heavy debris from the bottom of the grit chamber into a collection hopper. This effectively prevents pipe clogs and equipment damage caused by sand buildup.
Tertiary Wastewater Filtration Equipment |CQ9-II Semi-Submerged Disc Filter
In advanced wastewater treatment, the CQ9-II semi-submerged disc filter is primarily used for tertiary wastewater filtration. Its unique semi-submerged design leaves the discs partially exposed above the water. Compared to traditional fully submerged equipment, it significantly reduces flow resistance, making daily observation and maintenance more intuitive while lowering long-term electricity costs.
Bronze Gate for Wastewater Plant|Cast Iron Flow Control|Cast Iron Bronze-Seated Square Gate
In the inlet channels and equalization tanks of wastewater treatment plants, shut-off control is critical. This Bronze Gate for Wastewater Plant features a high-strength cast iron body with a precision-machined bronze alloy sealing seat inlaid on the contact surfaces. Compared to standard gates, it effectively prevents wastewater leakage and offers stronger corrosion resistance, making it an ideal choice for municipal and industrial wastewater treatment projects.
Electric Actuator for Sluice Gate | Water Treatment Gate Automation| Motorized Gate Hoist
The electric actuator is critical equipment for controlling water flow in treatment plants and pumping stations. In wastewater systems, an Electric Actuator for Sluice Gate is often used to replace traditional manual hoists, enabling automated control of channel gates, weirs, and flap gates. The equipment usually features a manual override and comes with overload protection and limit switches. It not only makes operation more convenient but also allows connection to a central control room for remote scheduling.
Sludge Thickening and Dewatering Equipment | Gravity Sludge Thickener | Centrifugal Sludge Dewatering Machine
Sludge thickening and dewatering equipment is core equipment for sludge reduction in wastewater treatment plants. The gravity sludge thickener mainly relies on gravity settling to remove free water from dilute sludge, increasing the feed concentration and reducing the load on downstream processes. The centrifugal sludge dewatering machine uses high-speed rotation to generate centrifugal force, separating the sludge and water completely with high dewatering efficiency and a very small footprint. These two types of equipment can be used independently or combined into an integrated thickening and dewatering system to meet the sludge treatment needs of plants of different scales.
Screw Press | Screw Press for Sludge Dewatering | Solid-Liquid Separation Screw Equipment
A screw press is a common sludge dewatering unit, often called a screw extrusion dewatering machine. It relies on the squeezing action between an internal rotating screw shaft and external fixed stacked rings to achieve efficient solid-liquid separation. As a compact piece of solid-liquid separation screw equipment, its biggest feature is its self-cleaning ability. It doesn't clog easily, making it an excellent fit for oily or low-concentration sludge. It also uses noticeably less energy than traditional centrifuges or belt filter presses.
Belt Filter Press | Belt Filter Press for Sludge Dewatering | Continuous Filter Press
A belt filter press is a continuous dewatering unit that combines gravity drainage with mechanical squeezing. As a common belt filter press for sludge dewatering, it sandwiches the sludge between two tensioned filter belts. The sludge goes through stages of gravity drainage, wedge zone pre-compression, and high-pressure roller squeezing to force out the moisture. A continuous filter press doesn't need to stop for unloading like a plate-and-frame press; it feeds and discharges 24/7 without interruption, making it a great fit for high-volume municipal wastewater plants or industrial wastewater stations.
Aeration Equipment Series | Water Treatment Aeration Equipment | Aeration and Oxygenation Devices
The aeration equipment series is core hardware in the biological stage of wastewater treatment. Its main job is to inject oxygen into the water for aerobic microbes to breathe and break down organic matter. Water treatment aeration equipment comes in many types, commonly including fine bubble diffusers, vortex aerators, tubular diffusers, and submersible aerators. They transfer oxygen from the air into the water through air diffusion or mechanical mixing—essentially acting as aeration and oxygenation devices. Selection mainly depends on tank type, water depth, oxygen demand, and energy requirements.
Automatic Dosing System | Automatic Circulating Water Dosing Machine | Smart Dosing Equipment
An automatic dosing system is a packaged unit that replaces manual chemical feeding in water treatment. The automatic circulating water dosing machine is built specifically for cooling and chilled water systems. It uses online water quality monitoring to adjust the chemical feed rate automatically. Smart dosing equipment goes a step further, adding a human-machine interface and data processing, so it can tweak parameters in real time based on changes in flow or water quality—cutting down on chemical waste. These units are usually skid-mounted, compact, and require very little day-to-day attention.
Rotary Disc Filter | Microfiltration Rotary Disc Filter | Fiber Rotary Disc Filter
A rotary disc filter is used for advanced wastewater treatment and water reuse. The microfiltration rotary disc filter traps suspended solids on the microporous cloth covering the discs, while the fiber rotary disc filter is the most common type. It uses fiber media on the disc surface, giving high filtration precision and good water permeability. The unit is compact and takes up much less space than a traditional sand filter. With its automatic backwash system, it can run continuously with minimal supervision, often placed after biological tanks for final polishing.
Pump Suction Sludge Collector | Vertical-Frame Suction Sludge Collector | Sludge Pumping Equipment
A pump suction sludge collector uses negative pressure to suck bottom sludge out of settling tanks—it's a very common setup. The vertical-frame suction sludge collector is usually used on rectangular or circular tanks, with a frame spanning the tank surface and suction pipes or pumps hanging below. As a piece of sludge pumping equipment, it doesn't need to scrape the sludge into a pile like a scraper does; instead, it uses the pump's suction to pull the sludge out directly. This avoids scraping and wearing the tank floor and makes it a great fit for high-sludge situations or where the tank bottom needs to stay flat.
Semi-Bridge Peripheral Drive Sludge Scraper | Single-Arm Peripheral Drive Sludge Scraper
The semi-bridge peripheral drive sludge scraper is widely used for sludge removal in medium to large circular settling tanks. Its bridge only spans half the tank's radius—one end sits on the center support, and the other connects to a drive carriage running along the tank edge. The single-arm peripheral drive sludge scraper is even simpler, with just one scraper arm extending to one side. This makes it a great fit for smaller tanks or retrofit projects that have load restrictions. The semi-bridge design cuts down the bridge weight and frees up space on the other side for walkways or sludge channels.
Sludge Scraper | Traveling Bridge Sludge Scraper | Settling Tank Sludge Scraper
A sludge scraper is common equipment for sludge removal in settling tanks. A traveling bridge sludge scraper usually moves back and forth along the top of a rectangular tank, pushing bottom sludge toward the sludge collection channel on one side while scraping surface scum toward the discharge end. A settling tank sludge scraper comes in many types—the traveling bridge is a moving-floor type, well suited for rectangular tanks. For circular tanks, center or peripheral drive types are more common. These units typically run at low speed underwater and are built sturdy enough to handle a certain amount of sediment.
Mechanical Bar Screen | Rake Tooth Mechanical Screen | Wastewater Treatment Mechanical Screen
A mechanical bar screen is the first line of physical defense at the inlet of wastewater plants and pumping stations. Its main job is to fish out floating debris, large chunks, and fibers so downstream pumps and pipes don't get clogged. The rake tooth mechanical screen is the most common type. It uses rows of parallel rake teeth linked into a continuous loop chain driven by a motor. As it runs, it automatically scoops up the debris trapped on the bars and dumps it into a conveyor or bin. As a key piece of wastewater treatment mechanical screening equipment, it usually comes with differential level control, starting and stopping based on the water level difference before and after the screen—keeping things running continuously while saving energy.
Intermediate Water Treatment Equipment | Reclaimed Water Treatment Package
Intermediate water treatment equipment is mainly used to collect domestic sewage or industrial wastewater and treat it to non-potable water standards. A reclaimed water treatment package, on the other hand, puts biological treatment, settling, filtration, and disinfection all into one modular or integrated setup. It takes up little space and delivers steady output—great for water reuse projects in residential areas, schools, hotels, and factories.
Microfiltration Rotary Disc Filter | Fiber Rotary Disc Filter | Automatic Rotary Disc Filter
The microfiltration rotary disc filter is a filtration unit often used for advanced wastewater treatment. The core of a fiber rotary disc filter is a set of upright circular discs covered with microfiber cloth or fibrous filter media. In an automatic rotary disc filter, water passes through the discs and suspended solids get trapped. As the water level difference across the discs builds up, the unit automatically kicks off backwashing—no manual intervention needed. It has a small footprint and delivers great effluent quality, so it's commonly used downstream of biological tanks as a final safeguard, or as pre-treatment for water reuse.
Well Water Desander | Hydrocyclone Desander | Groundwater Sand Removal Equipment
A well water desander is a common piece of equipment for handling sand in groundwater, and it's often called a hydrocyclone desander. Water pumped from a well usually carries fine sand and silt. If that goes straight into the pipe network, it wears down pumps and clogs valves, so this groundwater sand removal equipment is used as pre-treatment. It has no moving parts—centrifugal force from the water flow throws sand to the wall where it settles. It's compact, needs no power, and works well for rural water supply and factory or mine wells.
Decanter | Rotary Decanter | SBR Decanter
A decanter is the equipment used in the SBR (sequencing batch reactor) process to draw off the supernatant. Once the reaction tank has finished settling, the clear water on top needs to be removed—but without dragging sludge up from the bottom. A rotary decanter rotates its main pipe and branch arms to skim the clear water off smoothly, with the weir staying right at the surface as the water level drops. An SBR decanter usually has a float or mechanical guide that adjusts the angle as the level falls, and it stops automatically at the end of the draw. The whole process leaves the settled sludge layer undisturbed and keeps suspended solids in the effluent low.
Vortex Grit Chamber Desander | Grit-Water Separator | Vortex Grit Remover
A vortex grit chamber desander is usually installed in the grit chamber and uses a hydraulic vortex to separate grit from organic matter. A vortex grit remover is typically a circular tank with a tangential inlet that creates a swirling flow. Grit gets thrown against the wall and settles, while organic matter gets carried out with the flow. The grit-water separator handles the grit-water mixture discharged from the bottom and dewaters the grit before it's hauled away. Used together, these three types of equipment effectively remove inorganic grit from wastewater and protect downstream equipment from wear.
Lime Silo Dosing System | Lime Slurry Preparation and Dosing Unit
A lime silo dosing system stores powdered lime and feeds it continuously. A lime slurry preparation and dosing unit usually brings together the silo, feeder, slaker, slurry tank, and metering pump. Lime powder is fed in set amounts, mixed into a slurry at a given concentration, and then dosed into the reaction or neutralization tank as needed. These systems are used in water treatment, flue gas desulfurization, chemical processing, and anywhere else that needs continuous or intermittent lime slurry dosing.
Magnetic Coagulation and Sedimentation Integrated Equipment|Magnetic Ballasted Coagulation and Sedimentation System
This equipment builds on conventional coagulation and sedimentation by adding magnetic powder—basically using it as a ballast to speed up flocculation and settling. A magnetic ballasted coagulation and sedimentation system typically packs chemical dosing, mixing, flocculation, settling, and magnetic powder recovery into one skid or tank. Because the powder is dense and magnetic, fine flocs quickly clump into heavy clusters that settle much faster than usual. It works well for phosphorus-containing wastewater, surface water with high suspended solids, and anywhere you need fast turbidity removal.
QJY Automatic Chemical Dosing System|Automatic Circulating Water Dosing Machine
The QJY automatic chemical dosing system is a packaged unit that integrates chemical dissolving, storage, metered dosing, and automatic control. As an automatic circulating water dosing machine, it adjusts the dosing rate based on online water quality data to keep parameters stable. In wastewater treatment, this dosing system is often used to feed flocculants or phosphorus removal agents to aid solid-liquid separation. The whole unit is typically skid-mounted, compact, and ready to run once water and power are connected.
Double-Stage Hydrocyclone Filter | Desander | Cyclonic Separation Filter
A double-stage hydrocyclone filter handles both centrifugal separation and filtration inside a single vessel. A desander mainly uses centrifugal force to sling sand to the wall where it settles, while a cyclonic separation filter typically adds a screen or media layer after the cyclone to catch the finer particles that slip through. These units don't need external power—inlet pressure drives the flow—and they're compact, which makes them suitable for surface water, well water, or industrial circulating water with high sand content.
Dosing System | Integrated Dosing System | Acid and Alkali Dosing System
A dosing system is a packaged setup used to feed chemicals precisely into a water treatment process. An integrated dosing system mounts the solution tank, metering pump, mixer, and control cabinet on one skid—compact, and ready to go once you hook up the piping and power. An acid and alkali dosing system is mainly for pH adjustment, and the materials are chosen to handle acid and base corrosion—PE tanks, PP piping, and corrosion-resistant pump heads. These systems are common in circulating water, wastewater, and water supply treatment.
High-Pressure Dosing System | High-Pressure Plunger Metering Pump | High-Pressure Chemical Injection Unit
A high-pressure dosing system is designed to inject chemicals precisely into high-pressure lines or vessels. Its core component is a high-pressure plunger metering pump, which overcomes line backpressure and pushes the chemical steadily into the process. A high-pressure chemical injection unit usually comes with a safety valve, a back-pressure valve, and a buffer tank to keep pressure swings from affecting dosing accuracy. These systems are widely used in boilers, oilfields, and chemical plants where high-pressure injection is required—materials and seals have to hold up to both high pressure and corrosion.
Filter | Industrial Water Filter | Pipeline Strainer
Filters are the most basic debris-catching devices in a water treatment system. Industrial water filters usually sit after the pump or at the front of a pipe network to protect downstream valves, instruments, and heat exchangers. A pipeline strainer installs directly inline, has a compact form, and fits where space is tight. The design isn't complicated, but the wrong selection can mean clogging or excessive pressure drop, so screen rating and material need to match the water quality.
Double-Stage Hydrocyclone Filter | Desander | Cyclonic Separation Filter
A double-stage hydrocyclone filter handles both centrifugal separation and filtration inside a single vessel. A desander mainly uses centrifugal force to sling sand to the wall where it settles, while a cyclonic separation filter typically adds a screen or media layer after the cyclone to catch the finer particles that slip through. These units don't need external power—inlet pressure drives the flow—and they're compact, which makes them suitable for surface water, well water, or industrial circulating water with high sand content.
Pressure-Bearing Integrated Unit | Fully Enclosed Integrated Water Filter
A pressure-bearing integrated unit is a water treatment system built inside a closed tank and operating under pressure. The fully enclosed integrated water filter is a common version of this—raw water goes through reaction, settling, and filtration and comes out as pressurized clean water, so there's no need for a clear water tank or a secondary pump station. The fully enclosed design keeps outside contamination out and prevents algae growth. It takes up far less space than a traditional plant, and once the inlet and outlet pipes are connected, it ties straight into the water network.
Pressure Chemical Deoiler Pressure Dissolved Air Deoiler |Chemical Deoiler for Oily Wastewater
The pressure chemical deoiler treats oily wastewater and is a type of chemical deoiling equipment. It combines chemical reaction with pressure dissolved air flotation to remove emulsified oil and suspended solids effectively. As a chemical deoiler for oily wastewater, it doses demulsifiers and flocculants to destabilize and coagulate emulsified oil, then uses micro-bubbles from the pressure dissolved air deoiler to float the flocs for separation. The unit usually runs in a closed pressure vessel, so it has a small footprint and delivers stable oil content in the effluent.
Anaerobic Tower | Internal Circulation Anaerobic Tower | Hydrolysis-Acidification Tower
Anaerobic towers are reactors that use anaerobic microorganisms to treat high-strength organic wastewater. The internal circulation anaerobic tower improves on the conventional design by using biogas and effluent recirculation to create an internal loop. This keeps the sludge bed fully expanded, improves mass transfer, and allows a much higher volumetric loading rate than a standard anaerobic tower. A hydrolysis-acidification tower is the front end of anaerobic digestion—it breaks large molecules into smaller ones to improve biodegradability and is usually placed before full anaerobic treatment.
FRP Cover Plate | FRP Grating | Wastewater Tank Cover
FRP cover plates are made from fiberglass-reinforced plastic and unsaturated polyester resin, formed into either solid panels or grating. FRP grating has a sanded or textured surface for slip resistance, handles loads well, resists corrosion, and won't rust. When used as a wastewater tank cover, it seals the tank opening while still allowing ventilation, inspection, and maintenance access. It weighs about one-third as much as a steel cover, so it's easier to install and lasts a long time.
Roots Blower | Rotary Blower | Aquaculture Aeration Blower
A Roots blower is a positive displacement blower and a common type of rotary blower. It uses two impellers rotating in opposite directions inside the casing to force gas from the inlet to the outlet. Airflow is steady and pressure is adjustable, making it suitable for applications that need continuous air supply. An aquaculture aeration blower is what it's called when used for pond aeration—usually low pressure but high airflow.
Flotation Machine | Shallow Flotation Machine | Horizontal Flow Flotation Machine
A flotation machine separates suspended solids and oil from water by floating them to the surface with micro-bubbles. The shallow flotation machine has a shallow tank and short retention time, with a high surface loading rate—good for large flow and low-concentration wastewater. The horizontal flow type has a gentle flow and simple structure, suited to medium flow with higher suspended solids.
Wastewater Treatment Equipment | Package Wastewater Treatment Systems
Wastewater treatment equipment removes pollutants from water so the effluent can meet discharge standards or be reused. Package wastewater treatment systems typically combine pre-treatment, biological treatment, settling, and disinfection into one integrated or modular unit. They work well for sites with limited space and modest flow—residential communities, towns, hotels, factories, and similar places. Materials include coated carbon steel, fiberglass (FRP), and stainless steel, chosen based on water quality and budget. The whole system runs automatically, so day-to-day management is minimal.
Single-pore Membrane Aerator | Energy-saving Aeration | Wastewater Aeration Equipment
Single-pore membrane aerator is a wastewater aeration equipment that delivers oxygen by letting compressed air escape through a single-pore membrane to form bubbles. Compared to multi-pore membranes, the single-pore design gives more uniform bubbles and lower resistance, so it uses less air — a classic energy-saving aeration approach. The membrane is aging-resistant and long-lasting, widely used in wastewater biological treatment.
Tube-type fine-bubble aerator | tube fine-bubble aeration
Tube-type fine-bubble aerator is an aeration unit built around a tubular design — air enters the inner cavity of the aeration tube through the distribution piping and escapes evenly as fine bubbles through the microporous membrane on the tube wall, which is what tube fine-bubble aeration is about. Compared to disc aerators, the tubular shape spreads air over a larger area along the tube, so bubbles are more evenly distributed; it can be laid out flexibly on the tank bottom for more uniform oxygenation, and it's a common choice in wastewater biological treatment.
ZSB Rotating Brush Aerator | surface aerator | oxidation ditch aeration
The ZSB rotating brush aerator is a surface aerator that churns the water surface with a horizontal brush, pulling air into the water to oxygenate it while pushing the water along — the core aeration unit for oxidation ditches. The brush blades sit below the waterline, driven by a motor through a gearbox, so oxygenation and flow happen in one step. Simple structure, easy upkeep, widely used in municipal and industrial wastewater treatment.
Hexagonal Honeycomb Filler | Microbial Carrier | Polypropylene Honeycomb Filler
Hexagonal honeycomb filler is a common filler in wastewater treatment, available in inclined-tube and straight-tube forms, with polypropylene honeycomb filler being the most widely used. The inclined tubes handle sedimentation and grit removal, while the straight tubes act as a microbial carrier for biofilm growth. Lightweight, corrosion-resistant, and easy to install, it works for both new projects and retrofitting existing tanks.
ZPB Rotating Disc Aerator | biological tank aeration | fine-bubble aeration
The ZPB rotating disc aerator is a fine-bubble aeration unit for biological tank aeration, keeping aerobic microbes supplied with dissolved oxygen. Compressed air enters through the center of the disc and escapes as fine bubbles through the microporous membranes on both sides, which gives you efficient oxygen transfer. It runs efficiently with good energy savings, stays stable, and is easy to maintain, and it's widely used in municipal and industrial wastewater treatment, aquaculture, and landscape water purification.
Membrane Fine-Bubble Diffuser | Retrievable Aerator
Membrane-type fine-bubble aerator produces fine bubbles through a microporous membrane, which opens and closes elastically — when air stops, the membrane closes to prevent clogging. Built as a lift-out aerator, the membrane can be lifted out and replaced when it ages, without taking the tank out of service. The membrane resists aging and lasts long, and it's widely used in wastewater biological treatment.
Packing Equipment | Structured Packing | Random Packing
Packing equipment is what towers use to bring gas and liquid into contact, and the packing bed is the heart of it. Structured packing is arranged in a fixed geometric pattern, so the channels are uniform, resistance is low, and separation efficiency is high—well suited to applications that need strong mass transfer. Random packing is dumped in as loose pieces, either granular or ring-shaped. It's easy to load, costs less, and handles high throughput, but its mass transfer performance isn't as consistent as structured packing. Both types show up in absorption, desorption, distillation, and scrubbing.
Combined Media | Double-Ring Media | Fiber Bundle Media
Combined media usually consists of plastic rings paired with fiber bundles. The rings act as a frame, and the fiber bundles hang off them, so the whole thing looks like a string of discs covered in bristles. It's a type of suspended biofilm media, installed in biological tanks as a biofilm carrier. Biofilm attaches quickly, the specific surface area is large, and treatment performance is more stable than single-media alternatives. The dense fiber bundles hold more microorganisms, while the rings keep space open so water and air bubbles can pass through more easily.
Inclined Plate Media | Honeycomb Inclined Tube | Ethylene-Propylene Copolymer Inclined Plate
Inclined plate media is a type of structured packing used in settling tanks, often made in a honeycomb inclined tube form, or sometimes as corrugated plates. Ethylene-propylene copolymer is a common material choice—it resists corrosion, doesn't age easily, and holds its shape better than PVC. Its job is to divide the settling tank into many shallow channels, shortening the distance particles need to settle. That lets suspended solids reach the bottom in less time, boosting settling efficiency and cutting down on footprint.
Elastic Media | Plastic Elastic Media | Biofilm Carrier Media
Elastic media is made from plastics like polypropylene or polyethylene, formed into corrugated strands and fixed to a center rope. Once spread out, it takes on a three-dimensional radial shape. The strands have fine barbs on the surface, which help biofilm attach quickly and give the media a large specific surface area. When packed into a biological tank, it works as a biofilm carrier and also helps break up and redistribute the water flow.
Multi-Faceted Hollow Ball | Polypropylene Hollow Ball
Multi-faceted hollow balls are usually injection-molded from polypropylene, with a hollow body and multiple ring-shaped and vertical ribs on the surface. They're a type of random packing, mainly used in towers for gas-liquid mass transfer, and they can also serve as biofilm carriers in biological tanks. The balls are lightweight, resist acids and bases, don't break easily, and are simple to load and replace.
Fiber Ball | Modified Fiber Ball | High-Efficiency Fiber Ball
Fiber balls are a flexible filter media made by tying polyester, polypropylene, or similar fibers into ball shapes. They're fluffy and have a high void ratio. Modified fiber balls get a hydrophilic and oleophobic treatment on top of the standard version, so oil doesn't stick to the surface easily and washes off more readily during backwash. High-efficiency fiber balls have a larger specific surface area than regular ones. During filtration, they form a bed that's loose on top and dense at the bottom, giving high dirt-holding capacity and steady effluent quality. They're commonly used for oily wastewater and industrial water supply filtration.
Suspended Ball | Porous Rotating Spherical Media | Biological Suspended Ball Media
Suspended balls, also called porous rotating spherical suspended media, are a type of biofilm carrier that can be dropped straight into a tank with no fixing needed. They're injection-molded from polypropylene and have a double-layer structure: an outer hollow fishnet-style sphere and an inner rotating ball or core made of elastic threads, sponge, or similar material. In a biological tank, they tumble with the water flow and aeration, and biofilm can grow both inside and outside the sphere. They also help trap suspended solids.
BWC Modular Steel-Plate Sewage Treatment Equipment | Prefab Sewage Treatment Unit
The BWC modular steel plate sewage treatment equipment is an assembled sewage treatment unit. It uses steel plate modular tanks that are prefabricated in the factory and then assembled on site. The unit can be installed buried or partially buried, with the surface above used for landscaping or paving. Using biological contact oxidation as its core process, it mainly treats domestic sewage and industrial organic wastewater similar to domestic sewage. It's suitable for residential areas, hotels, schools, factories, and similar sites.
BWB-F New Fiberglass Sewage Treatment Equipment | Organic Wastewater Treatment Equipment
The BWB-F new FRP sewage treatment equipment is a buried sewage treatment unit and also falls under organic wastewater treatment equipment. Made of FRP, it's lightweight, corrosion-resistant, and aging-resistant, with a long service life. It can be buried underground, and the surface above can be used for landscaping or parking. Using biological contact oxidation as its core process, it mainly treats domestic sewage and industrial organic wastewater similar to domestic sewage. It's widely used in hotels, restaurants, hospitals, residential communities, villages, towns, and scenic areas.
Negative-Pressure Chemical Chlorine Generator |On-Site Chlorine Production Unit | Chemical Disinfection Equipment
Negative-Pressure Chemical Chlorine Generators are on-site chlorine production units and a type of chemical disinfection equipment. They produce chlorine dioxide solution on site through a chemical reaction, typically using sodium chlorate and hydrochloric acid, or sodium chlorite and hydrochloric acid. There's no need to buy or store finished chlorine dioxide—it's made and used right away, which is both safe and convenient. The chlorine dioxide produced is a strong disinfectant that kills bacteria, viruses, and algae effectively, so it's widely used for drinking water, hospital wastewater, swimming pool water, and industrial circulating water treatment.
Sodium Hypochlorite Generator |Water Disinfection Equipment | Electrolytic Chlorine Production Unit
Sodium hypochlorite generators are water disinfection equipment that produces sodium hypochlorite on site by electrolyzing salt water. As an electrolytic chlorine production unit, it only needs salt, water, and electricity to make a sodium hypochlorite solution that can be dosed directly. There's no need to buy, transport, or store liquid chlorine or commercial sodium hypochlorite, which makes operation safer and more convenient.
Buried Domestic Sewage | Anaerobic-Aerobic Treatment Unit| Recycling and Reuse Uni
Buried domestic sewage treatment works well for communities, towns, schools, hospitals, and similar sites. The main unit goes underground, so the surface can still be used for landscaping or paving—no ground space lost. The energy-saving treatment equipment runs on low power and is easy to maintain. Treated water then flows into a recycling and reuse unit, where it's disinfected and reused for irrigation, road washing, or toilet flushing—cutting both discharge and water supply costs. The system can be sized to match actual flow and water quality, and buried installation doesn't affect surface use. Effluent quality stays steady and can meet reuse or discharge standards.
Domestic Wastewater Treatment Equipment | Integrated Domestic Wastewater Treatment
Domestic sewage treatment equipment handles wastewater from homes, towns, schools, hospitals, hotels, and similar places. It takes out organic matter, suspended solids, ammonia nitrogen, and total phosphorus. Integrated domestic sewage treatment puts pre-treatment, biological treatment, settling, and disinfection all in one unit. The whole system is compact, doesn't take up much space, is easy to install, and runs reliably. Depending on flow and water quality, you can choose a buried or above-ground setup. The treated water can be reused for irrigation or toilet flushing, or discharged to meet standards.
Precision Filter | Depth Filter Unit | Precision Separation Technology
A precision filter is a high-accuracy depth filtration unit. It uses cartridges to do both surface interception and deep adsorption, removing fine particles, colloids, and residual impurities from liquids. It mainly targets fine particles, colloids, and leftover impurities. With cartridges or depth media, it captures contaminants through surface interception and deep adsorption, giving stable effluent quality and strong dirt-holding capacity. Thanks to precision separation technology, it often serves as a final safeguard for RO pre-treatment, ultrapure water systems, pharmaceutical water, food and beverage processing, and fine chemical filtration.
ZSL Medium-Speed Filter|Multi-Media Filter|Oily Wastewater Filtration
The ZSL medium-speed filter is a multi-media filter built for oily wastewater filtration and industrial water treatment. Inside, it uses a layered bed of anthracite, quartz sand, and gravel to effectively capture suspended solids and oil. Running at a medium speed, it delivers high flow capacity, stable effluent quality, and a small footprint, making it a good fit for circulating water side-stream filtration and oily wastewater treatment in metallurgy, chemical, and light industries. Backwashing can be done with water alone or a combined air-water method, depending on actual operating conditions.
XGZJ Type Gravity Valveless Filter|Siphon filtration technology|Recirculating water treatment equipment
The XGZJ gravity valveless filter relies on siphon effect to perform automatic backwashing at regular intervals. It eliminates the need for backwash pumps and some valve components. This equipment is widely used in water treatment processes such as surface water purification and circulating water side filtration.
SQ Type Automatic Mechanical Filter|Energy-efficient filtration equipment|Integrated water purification unit
It is suitable for deep filtration of natural water and process water with suspended solids ≤50 mg/L. When suspended solids in raw water exceed this limit, pre-sedimentation facilities or our matched sedimentation unit are required. It can efficiently remove particulate matter, suspended solids, colloids and macromolecular organics in water, as well as precipitated iron and manganese ions after aeration, calcium and magnesium ions generated by limestone dosing and other impurities.
QL High-efficiency Fiber Ball Filter|Modified fiber ball filter|Steel Round Tank Filter
The QL high-efficiency fiber ball filter is a steel cylindrical tank filter and a type of steel pressure filtration unit that uses modified fiber balls as the filter media. It offers fast filtration, high flow capacity, a compact structure, and a small footprint. It is suitable for post-biological filtration of various types of wastewater, reclaimed water reuse, industrial water supply, and swimming pool circulating water treatment. When the influent suspended solids are ≤80 mg/L, the effluent suspended solids can remain stable below 5 mg/L.
KGL Steel Gravity Water Purifier | Gravity Integrated Water Treatment Unit | Steel Inclined Tube Sedimentation Purifier
The KGL Steel Gravity Water Purifier is a gravity-flow integrated treatment unit combining flocculation, sedimentation, and filtration. The main body is steel construction with anti-corrosion treatment, designed for surface water sources including rivers, lakes, and reservoirs. After chemical dosing, mixing, reaction, inclined tube settling, and quartz sand filtration, outlet turbidity is consistently below 3–5 mg/L, meeting drinking water or industrial water standards. The gravity design eliminates the need for pressure pumping, keeping energy consumption low. It suits small and medium water plants, industrial water supply, and rural drinking water projects.
JCL Series Water Purifier | Inclined Tube Sedimentation Unit | Quartz Sand Filtration Purifier
The JCL Series Water Purifier is an integrated treatment unit combining flocculation, sedimentation, and filtration for surface water purification. Available in pressure or gravity configurations, it handles high-turbidity sources from rivers, lakes, and reservoirs. After coagulant dosing, mixing, inclined tube settling, and quartz sand filtration, outlet turbidity is consistently below 3–5 mg/L, meeting drinking water or industrial water standards. Compact and space-saving, it suits small water plants, industrial and mining water supply, and rural drinking water projects.
HL Series Walnut Shell Filter | Walnut Shell Media Filter
The HL Series Walnut Shell Filter uses walnut shell media specifically for oil removal from wastewater. The shells are crushed, screened, and chemically treated to create a rough, porous surface with strong oleophilic and hydrophobic properties — effectively adsorbing and intercepting emulsified oil, dispersed oil, and suspended solids. The unit uses a pressure vessel design, and can be used individually or in parallel for high-flow applications. It suits produced water from oilfields, refinery oily wastewater, and steel mill rolling turbid circulating water.
GSL Series High-Speed Filter | Pressure Multimedia Filter
The GSL Series High-Speed Filter is a pressure multimedia filtration unit designed for raw water with elevated suspended solids. It uses anthracite and natural sea sand as filter media, achieving filtration rates up to 40 m/h and a single-unit capacity of up to 785 m³/h. High flow rate, large capacity, small footprint. It handles turbid water from steel mill rolling and continuous casting operations — including iron oxide scale and oil — as well as side-stream filtration in circulating water systems to improve water quality and increase reuse rates.
Multi-Function Electronic Descaler | Electronic Water Treater | Physical Scale Control Equipment
A physical water treatment device designed for scale prevention and removal in industrial circulating water systems and central HVAC cooling water circuits. It uses high-frequency electromagnetic fields to alter the crystallization behavior of scale-forming ions, turning them into fine particles that stay suspended and get flushed out with the water flow. No chemicals added, no secondary pollution. Also known as electronic descaler, electronic water treater, or multi-function electronic water processor.
Chemical Deoiling Unit | Physicochemical Oil Removal Equipment | Metallurgical Oily Wastewater Treatment System
A physicochemical treatment unit built to remove free oil and emulsified oil from wastewater. After chemical dosing and mixing, oil, iron oxide scale, and other suspended solids agglomerate and settle out through coagulation and flocculation. With inlet oil content of 35–45 mg/L and suspended solids around 200 mg/L, outlet oil drops below 10 mg/L. Reaction, settling, and sludge discharge are combined in one unit, using an inclined tube settling structure. It serves metallurgy, petrochemical, and machining operations dealing with oily wastewater.
Rotary Blower | Sliding Vane Blower | Wastewater Aeration Blower
The rotary blower uses an offset rotor to drive sliding vanes, creating volume changes that draw in and discharge air. Flow range is 0.31 to 5.41 m³/min, with pressure covering 9.8 to 49 kPa. The main housing is cast iron, while the rotor, vanes, and eccentric cylinder are made from wear-resistant castings. The unit is compact, runs smoothly with low noise, and maintains stable airflow output under varying loads. Standard components include an air filter, air chamber, oil drip nozzle, and a base that doubles as an oil reservoir.
Activated Carbon Filter | Coconut Shell Carbon Filtration Unit | Industrial Water Dechlorination & Odor Removal System
The Activated Carbon Filter uses the adsorption capacity of coconut shell, fruit shell, or coal-based activated carbon to remove residual chlorine, organic matter, odor, color, and some heavy metals from water. Inlet turbidity ≤ 5 FTU, outlet residual chlorine ≤ 0.1 mg/L, COD removal rate up to 60% or higher. Vessel options include anti-corrosion carbon steel, stainless steel, or FRP, paired with an automatic control valve for automatic backwash and rinse. It is widely used in drinking water purification, boiler feedwater pretreatment, reverse osmosis (RO) pre-protection, and industrial wastewater advanced treatment — an indispensable adsorption and purification unit in water treatment systems.
FA Type Integrated Water Purifier | Automatic Water Treatment Unit | River Water Purifier
The FA Type Integrated Water Purifier combines flocculation, sedimentation, and filtration in a single vessel. Raw water drawn from rivers, lakes, or reservoirs with inlet turbidity up to 3,000 mg/L is treated to an outlet turbidity consistently below 3–5 mg/L, meeting drinking water or industrial water standards. Flow capacity ranges from 10 to 200 m³/h. Footprint is reduced by over 50% compared to conventional treatment plants, with self-consumption water loss under 5%. The unit runs automatically from inlet through backwash and sludge discharge; operators only need to check water quality periodically. It serves rural water plants, industrial and mining water supply, boiler feedwater pretreatment, and water reuse — a single unit functions as a miniature water plant.
Chlorine Dioxide Generator | Water Disinfection & Oxidation
For disinfection and oxidation of drinking water, municipal wastewater, industrial circulating water, and hospital effluent. Generates chlorine dioxide (ClO₂) on-site via chemical (sodium chlorate + hydrochloric acid) or electrolytic (table salt) methods. Broad-spectrum, high-efficiency kill — inactivates bacteria, viruses, spores, and algae. Output 50–20,000 g/h, operating temperature 5–40°C, inlet pressure 0.1–0.4 MPa. Comes with a fully automatic control system, online residual chlorine monitoring, and automatic dosing for safe, low-hassle operation. You'll find these in water plants, power plants, hospitals, and food processing facilities.
Cooling Tower | For Industrial Circulating Water Cooling
Built for industrial circulating water systems, central HVAC, and process cooling. Uses a counterflow or crossflow structure to achieve evaporative heat dissipation through water-air contact, effectively lowering circulating water temperature. Operating range: inlet water temperature ≤ 60°C, temperature drop 5–15°C, flow rate 10–1000 m³/h. Tower body options include FRP, galvanized steel, or stainless steel, paired with low-noise axial fans and high-efficiency drift eliminators, with a drift loss rate ≤ 0.01%. A key auxiliary unit for circulating water cooling in power, chemical, metallurgy, and refrigeration industries.
Automatic Ion Exchange Unit | For Boiler Water Softening & Demineralization
This automatic ion exchange unit is built for industrial boiler makeup water, thermal systems, and high-purity water production. It uses strong acid/strong base ion exchange resin to effectively remove calcium, magnesium, and sodium ions as well as chloride and sulfate from water. Operating range: working pressure 0.2–0.6 MPa, inlet turbidity ≤ 5 FTU, outlet hardness ≤ 0.03 mmol/L. Vessel options include anti-corrosion carbon steel, stainless steel, or FRP, paired with an automatic control valve for auto regeneration and continuous water production. It's a key auxiliary unit for boiler scale prevention, demineralization, and electronics-grade ultrapure water systems.
High-Pressure Boiler Feed Pump & Auxiliary Equipment | For Power Plant & Industrial Boiler Systems
This series of Boiler Auxiliary Equipment (featuring the DG Series High-Pressure Boiler Feed Pump as its core) is specifically designed for thermal power plants, cogeneration facilities, and industrial boiler systems. It is engineered for high-temperature and high-pressure operating conditions. Operating range: Inlet pressure ≤ 20 MPa, Medium temperature ≤ 180°C, Flow rate 10-500 m³/h. Featuring a segmental multi-stage centrifugal structure, it offers high-temperature resistance and excellent anti-cavitation performance. The back-pull-out design ensures rapid maintenance, making it the dedicated core auxiliary equipment for boiler feedwater systems, circulation systems, and makeup water pumps.
Automatic Ceramic Chip Performance Tester|Polarization Test Sorting Machine|Electronic Ceramic Inspection Equipment
Automatic performance tester for ceramic chips is developed for polarization and performance inspection of ceramic chips. It is applied to performance testing, automatic sorting and data archiving in ceramic chip production lines. Adopting pin-selection testing structure, the machine runs automatically with high productivity, simple operation and complete safety protection. It features high sensitivity, high measurement precision and stable data output. The whole workflow including ceramic plate polarization inspection, performance judgement, product sorting and data archiving is fully automated, greatly boosting production efficiency and reducing labor cost. Equipped with touch HMI, host computer and 3-color indicator light, aluminum frame with transparent safety cover, it is suitable for mass on-line quality inspection of components.
LT-200P Portable Ozone Analyzer|Handheld Gas Ozone Monitor|Dual Beam UV Ozone Detector
LT-200P portable ozone concentration analyzer is a handheld industrial ozone detector. It adopts dual-beam UV reference absorption technology, immune to interference from water vapor and contaminants. Featuring high stability, fast response, high precision and strong anti-interference performance. Built with carry handle for easy transport, it supports fixed-point and mobile sampling, suitable for industrial process ozone testing and laboratory ozone analysis. Equipped with flowmeter and touch screen for simple operation and clear data display, it can flexibly measure gas-phase ozone concentration in multiple scenarios.
LT-200BHT Explosion-proof Ozone Analyzer|Gas Ozone Monitor|Dual Beam UV Ozone Detector
LT-200BHT explosion-proof ozone concentration analyzer is designed for industrial environments with explosion protection requirements, applied to online gas ozone measurement in hazardous locations. Equipped with precision optical components and advanced electronic control modules, it adopts dual-beam UV sensing system. Built-in inlet filter and off-gas destroyer, the whole unit is manufactured in compliance with explosion-proof standards, featuring high measuring accuracy and excellent safety performance for continuous gas ozone monitoring in flammable & explosive areas. With rugged explosion-proof enclosure, touch screen and flowmeter, it supports standard signal output for PLC and SCADA connection.
LT-200CH Online Off-gas Ozone Analyzer|Residual Ozone Gas Monitor|UV Ozone Detector
LT-200CH online off-gas ozone concentration analyzer is developed for off-gas detection in industrial ozone processes. It monitors residual ozone concentration in post-reaction tail gas. Adopting UV absorption technology, it captures real-time ozone content in tail gas, helping users evaluate ozone utilization rate, optimize dosage and improve overall efficiency of ozone treatment. Integrated with flowmeter and touch screen, the robust enclosure supports long-term continuous online monitoring at industrial sites. It provides standard signal output for PLC and SCADA connection.
LT-200BH Online Ozone Analyzer|Gas Phase Ozone Monitor|Dual Beam UV Ozone Detector
LT-200BH online ozone concentration analyzer is a gas-phase ozone detector designed for industrial environments. It adopts dual-beam UV reference absorption technology and self-developed symmetric long-path UV gas cell. The instrument avoids interference from water vapor and contaminants, featuring high measurement precision, fast response and strong anti-interference performance. It is dedicated to continuous online concentration monitoring of ozone gas from ozone generators. Equipped with flow indicator and touch screen, the robust enclosure supports long-term non-stop operation in industrial sites, with standard signal output for PLC and SCADA connection.
LT-20W-H Dissolved Ozone Analyzer|Water Ozone Monitor|UV Water Ozone Detector
LT-20W-H dissolved ozone concentration analyzer adopts ultraviolet spectrophotometric absorption principle and 254 nm UV light source. It calculates ozone concentration according to the Beer-Lambert law by measuring UV light absorption of ozone in water. Equipped with touch screen display for clear operating status, it features high measurement accuracy and strong anti-interference performance, suitable for continuous online monitoring of aqueous ozone. With stable structure and easy maintenance, it provides standard signal output for PLC connection, widely used for real-time ozone monitoring in water disinfection processes.
Ozone Air Disinfector | Industrial Ozone Air Sterilizer
Ozone Air Disinfector is equipment for space disinfection using ozone gas. Drawing on oxygen concentrator technology, it generates ozone by passing compressed air through a special glass tube discharge unit. With strong oxidizing property, ozone can quickly and effectively kill bacteria, viruses and other harmful microorganisms in the air. It is widely applied in places requiring high cleanliness, such as food factories, beverage plants and pharmaceutical workshops. The machine adopts stainless steel cabinet and intelligent control panel for simple operation and stable ozone output, ideal for air disinfection in enclosed workshops.
Medical Electrolytic Ozone Generator
Medical ozone generators adopt electrolytic water ozone generation technology, which differs from the common corona discharge ozone generation method on the market. Corona discharge technology uses high-frequency electric discharge on dried air or oxygen to ionize oxygen and recombine it into ozone. This method tends to produce impurities such as nitrogen oxides due to unclean gas sources. The electrolytic water ozone generation technique generates high-purity ozone directly from water without nitrogen oxide by-products, meeting the strict purity requirements for medical applications. The unit is equipped with a touchscreen control panel and physical operation buttons for stable, precise ozone output and convenient operation and monitoring.
Ozone Generator (Sealed-cabinet Type)
For oxidation and disinfection requirements in municipal water supply, wastewater, flue-gas and other sectors, the sealed-cabinet type ozone generator adopts glass and non-glass dual dielectric discharge technology, equipped with special high-power medium-high frequency inverter power supply for capacitive load. Built as fully sealed cabinet structure, it can be flexibly combined with gas supply device, contact reaction assembly, off-gas treatment unit and monitoring & control instruments to form a complete ozone system.
Ozone Generator (Vertical Integrated-type)
For oxidation and disinfection requirements in municipal water supply, wastewater, flue gas and other sectors, the vertical integrated-type ozone generator adopts glass and non-glass dual dielectric discharge technology, equipped with special high power medium high frequency inverter power supply for capacitive load. The unit integrates gas supply device, contact reaction assembly, off-gas treatment unit and monitoring & control instruments as a complete skid mounted ozone system.
Ozone Generator (Horizontal Split-type)
Designed for oxidation and disinfection in municipal water supply, wastewater treatment, flue gas treatment and other fields, the horizontal split-type ozone generator adopts both glass and non-glass discharge dielectric technologies, matched with special high-power medium-high frequency inverter power supply for capacitive load. The complete ozone system can be flexibly assembled by combining gas source unit, contact reaction unit, tail-gas treatment unit and monitoring & control instruments.
Horizontal Flow Air Flotation & Sedimentation Integrated Machine | Wastewater Pre-treatment Solid-liquid Separation
The horizontal flow air flotation & sedimentation integrated machine combines air flotation and sedimentation into one unit, serving as an all-in-one pre-treatment equipment for wastewater treatment. Adopting horizontal flow structure, it integrates dissolved air flotation and inclined tube sedimentation modules to realize separation of floating scum and heavy impurities simultaneously, simplifying the wastewater treatment process. It features high integration, small footprint, stable automatic operation and easy maintenance, widely used for pre-treatment of various industrial wastewater and municipal sewage.