SUS304 Auto Flocculant Powder Dosing Machine for Wastewater 1

SUS304 Auto Flocculant Powder Dosing Machine for Wastewater 2

SUS304 Auto Flocculant Powder Dosing Machine for Wastewater 3

SUS304 Auto Flocculant Powder Dosing Machine for Wastewater 4

SUS304 Auto Flocculant Powder Dosing Machine for Wastewater 5

SUS304 Auto Flocculant Powder Dosing Machine for Wastewater 6

SUS304 Auto Flocculant Powder Dosing Machine for Wastewater 7

SUS304 Auto Flocculant Powder Dosing Machine for Wastewater

SUS304 Auto Flocculant Powder Dosing Machine for Wastewater is a compact, auto feed system made of corrosion‑proof 304 stainless steel. It meters flocculant powder with high accuracy using a screw or vibration feed, cutting waste and saving chemical cost. The unit is easy to set up, simple to run, and needs little care. It works well for steady or batch dosing and links to control panels or PLCs for timed or flow‑based dosing.

Usage scenarios:

- Use in municipal and industrial wastewater plants for jar dosing, flocculation basins, and sludge thickening.

- Fit to process lines in textile, paper, food, and chemical plants to treat effluent and improve solids removal.

- Install at small treatment stations, lab pilot lines, or mobile units for on‑site and batch treatment needs.

Shipping:

Support Sea freight

Payments:

L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA

Lead Time:

1-1(sets):30(days),>1(sets):To be negotiated(days)

Place of Origin:

China

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powder metering feeder speed

1/4

chemical solution agitator

1/4X2

powder feeding hopper volume

chemical solution production capacity

500L/H

Processing Type

desalination

Size

1700*1000*1500mm

Power(W)

1 kW

Material

SUS304

Product name

Powder Dosing Machine

Weight

320kg

Voltage

220 V, 380 V

weight (kg)

320

productivity

500L/Hour

warranty

1 Year

SUS304 Precise, Compact, Reliable

The QPL3 powder dosing machine delivers precise, automatic flocculant dosing with SUS304 stainless construction to boost wastewater treatment efficiency and minimize chemical waste. Its compact, attractive stainless-steel form and touch-screen controls, combined with customizable hopper sizes and accurate feeders, ensure reliable, low‑maintenance operation and consistent solution concentration for municipal and industrial sewage. Packaged in standard export cartons with 3–20 day delivery options, the QPL3 powder dosing machine offers proven quality, scalable models, and easy installation to match plant capacity needs.

Core attributes: SUS304 Stainless Dosing System

The QPL3 powder dosing machine is a SUS304 automatic flocculant powder dosing system with a stainless-steel hopper, precision metering feeder and variable-speed drive that ensures exact powder feed and stable solution preparation for PAM, PAC and similar chemicals. Equipped with imported components and touch-screen output, it automates dissolution, dosing and delivery to wastewater or sludge treatment lines, reducing chemical waste and guaranteeing consistent treatment performance. Compact, attractive SUS304 construction with modular dimensions and easy operation delivers long-term reliability, low maintenance and measurable cost savings for municipal and industrial wastewater, sludge dewatering and filtration applications.

SUS304 Automatic Flocculant Doser

The SUS304 automatic flocculant powder dosing machine for wastewater, available as the QPL3 powder dosing machine series, provides precise automatic powder feeding and a user-friendly touchscreen interface for consistent chemical preparation. Constructed from SUS304 stainless steel with imported components, it accurately dissolves polymers like PAM and PAC to guarantee treatment effects while minimizing waste. With models ranging from 500 to 8000 L/hr, the system is ideal for city and industrial sewage coagulation, sludge disposal and integration with sludge dewatering equipment.

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Precise Reliable Corrosion-Resistant Dosing

Built from SUS304 stainless steel with precision feeders and a sealed anti‑humidity hopper, the QPL3 powder dosing machine reflects years of R&D from a trusted wastewater equipment brand focused on durability and operator safety. Designed for continuous flocculant delivery, it combines PLC-controlled metering, an anti‑clogging screw feeder, adjustable dosing rates, and dust‑free operation to ensure accurate, stable treatment performance in municipal and industrial wastewater lines. Key highlights—compact footprint, low‑maintenance modular design, corrosion resistance, easy calibration, and energy‑efficient motors—translate into reduced chemical waste, lower operating costs, and improved effluent quality for reliable process control.

Material introduction

The QPL3 powder dosing machine features a SUS304 stainless steel exterior and key wetted components, offering excellent corrosion resistance, mechanical strength, and sanitation for demanding wastewater applications. For highly abrasive or chemically aggressive powders, optional PP (polypropylene) linings and hoppers are available to prevent material incompatibility and extend service life. All critical components are high-quality imported parts finished to tight tolerances to ensure precise powder metering, easy cleaning, and long-term reliability in sludge dewatering and chemical dosing processes.

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FAQ

What is the SUS304 Auto Flocculant Powder Dosing Machine used for?

It automatically meters and feeds powdered flocculants/coagulants into wastewater treatment processes. Typical applications include municipal and industrial wastewater clarification, sludge dewatering, effluent polishing, paper and pulp processing, food and beverage wastewater, mining and mineral processing, electroplating and metal finishing, and other processes that require precise polymer dosing for settling, flocculation or solids-liquid separation.

How does the machine work and what types of flocculants can it handle?

The unit feeds powder from a hopper using a metering screw (or belt/auger) into a wetting/mixing zone or directly into a dilution tank to form the conditioning solution. The dosing rate is adjustable and controlled by a speed controller or PLC. It is designed for common dry polymer flocculants (e.g., powdered or granular polyacrylamides/PAM, powdered coagulants such as PAC), and other dry powdered conditioning chemicals. Extremely hygroscopic, caked, or highly corrosive powders should be evaluated for compatibility.

What dosing capacity and accuracy can I expect?

Capacity and accuracy depend on the specific model and powder characteristics. In practice these machines can dose from very low rates (grams per hour) up to tens or hundreds of kilograms per hour for larger models. Typical metering accuracy under recommended conditions is within a small percentage range (often around ±1–5%), but actual performance depends on particle size, flowability, packing and correct calibration.

How should the machine be installed and operated in a wastewater plant?

Install the unit on a stable, level surface near the dilution/mixing tank and close to powder supply. Connect electrical power per the nameplate and wire any control/PLC signals. Fit a dust extraction/vacuum if recommended. Fill the hopper with dry powder, set the dosing speed or target flow rate, and ensure the dilution tank mixer is running. Start the dosing slowly, check the wettability and mixing of polymer solution, then adjust to the required dose. Follow supplier setup/calibration procedures and integrate interlocks with upstream/downstream equipment as needed.

What routine maintenance and cleaning are required?

Perform daily visual checks of the hopper, screw/auger and feed mechanism for bridging or buildup. Keep the hopper dry and use the hopper vibrator or agitator if provided. Clean the wetting/dilution tank and mixers regularly to avoid polymer residue. Inspect and lubricate bearings/motors per the manual, replace wear parts (augers, seals, gaskets) when needed, and verify sensors and speed controllers are functioning. Periodically empty and inspect the hopper and feed path to remove caked material. Follow recommended spare parts and service intervals from the manufacturer.

What common problems occur and how can I troubleshoot them?

Common issues include powder caking/bridging, erratic dosing, motor overload, poor polymer dissolution, and corrosion. Troubleshooting tips: ensure powder is dry and free-flowing (use desiccant or sealed hopper); use hopper agitator or vibrator to prevent bridging; check and recalibrate the dosing screw speed and controller; confirm correct polymer type and concentration and adequate dilution/mixing; inspect drive motor and gearbox for overloads; ensure wetted parts are compatible with the chemical (SUS304 is generally corrosion-resistant but may not suit very aggressive chlorides or strong acids long-term). If problems persist, collect operating data (feed rate, motor amps, particle condition) and contact the supplier for assistance.

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