Stainless Steel Continuous Sludge Dewaterer w/Motor 1yr 1

Stainless Steel Continuous Sludge Dewaterer w/Motor 1yr 2

Stainless Steel Continuous Sludge Dewaterer w/Motor 1yr 3

Stainless Steel Continuous Sludge Dewaterer w/Motor 1yr 4

Stainless Steel Continuous Sludge Dewaterer w/Motor 1yr 5

Stainless Steel Continuous Sludge Dewaterer w/Motor 1yr 6

Stainless Steel Continuous Sludge Dewaterer w/Motor 1yr

Compact stainless-steel machine for continuous sludge dewatering that comes with a motor. Key selling points: durable, corrosion‑resistant build; continuous high-throughput operation; built-in motor for plug‑and‑play use; low maintenance and easy to clean. Energy‑efficient and cost‑saving with simple controls and a 1‑year warranty for peace of mind.

brand name:

QILEE

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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Reference Weight(kg)

660

Powder Consumption(kw)

0.75

Water Content's Rate(%)

75~85

Inlet Consistency(%)

1.5~2.5

Dried Sludge(kg/hr)

30~50

Treating Capacity(m3/hr)

2.0~3.3

Belt Width(mm)

500

Dimensions(mm)

2150*1050*2350

Processing Type

desalination

Power(W)

1 kW

Product name

Sewage Dewatering Machine

Voltage

220 V, 380 V

weight (kg)

660

productivity

500L/Hour

warranty

1 Year

place of origin

Shanghai, China

core components

Motor

machinery test report

Provided

video outgoing-inspection

Provided

Durable Efficient Continuous Dewatering

The QTA Dewatering Machine delivers reliable, high‑efficiency sludge separation with SUS304 stainless steel construction, Swiss filter cloth and an air‑chamber automatic deviation correction for consistently low‑moisture cakes and reduced operating costs. Designed for continuous industrial use, its low‑energy, low‑noise operation (≤75 dB), automatic safety monitoring and flexible belt‑width models (QTA‑500 to QTA‑2000) minimize maintenance and downtime. Packaged in standard export cartons and built with compact, modular stainless‑steel frames, it combines durable quality, straightforward installation and rapid on‑site deployment.

Durable Stainless Motorized Dewatering

The QTA Dewatering Machine is a stainless steel (SUS304) continuous sludge dewaterer with integrated motor and modular belt widths (500–2000 mm), built as a belt/screw filter press featuring an air-chamber automatic filter cloth deviation correction, lower filtrate tray and Swiss-imported filter cloth for robust, corrosion-resistant structure and stable operation. It performs efficient slurry–water separation for industrial, municipal, food and livestock wastewaters, delivering high throughput (model-dependent inlet capacities ~2–22.5 m3/hr) and low-moisture cakes (typical cake water content 75–85%) while minimizing energy use and noise (≤75 dB(A)). Designed for low maintenance and safe continuous operation, it includes safety monitoring with automatic stop devices, compatibility with dosing and washing pumps, low-revolution drive systems, and comes with a one-year motor warranty.

Stainless Motorized Continuous Dewaterer

Built from SUS304 stainless steel, the QTA Dewatering Machine is a continuous automated sludge dewaterer with Swiss-imported filter cloth and an air-chamber deviation correction device for stable, rust-resistant operation. It delivers low energy consumption, low noise (≤75 dB(A)), integrated safety monitoring with automatic shutdown, and efficient sludge-water separation producing low-moisture cake across multiple belt widths and capacities. Suitable for industrial, municipal, food and husbandry wastewater treatment, the unit can be paired with sludge pumps, dosing systems and thickeners for complete dewatering solutions.

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Continuous Efficient Reliable Dewatering

Crafted by an experienced engineering team, the QTA Dewatering Machine stainless-steel continuous sludge dewaterer with motor and one-year warranty reflects rigorous design validation and brand commitment to durable, industrial-grade equipment. It performs continuous, high-throughput sludge dewatering with an energy-efficient motor, delivering rapid solids separation, low residual moisture, and corrosion-resistant operation for demanding environments. Key features and advantages include 304/316 stainless construction, integrated motor drive, modular easy-clean components, low-maintenance belt/screw system, quiet stable operation, and one-year support—resulting in higher processing capacity, lower disposal costs, and reliable long-term service.

Material introduction

The QTA Dewatering Machine features a principal structure of SUS304 stainless steel, providing high strength, corrosion resistance and rust-free continuous operation. Swiss-imported filter cloth, an air-chamber automatic deviation correction device, and heavy-duty motors stabilize performance and extend service life while keeping noise and energy use low. The stainless construction and smooth, easy-clean surfaces minimize maintenance and contamination risk, yielding efficient, long-lasting sludge dewatering.

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FAQ

What is a Stainless Steel Continuous Sludge Dewaterer w/Motor 1yr used for?

It is a continuous mechanical dewatering machine that separates water from sludge to produce a drier solid cake and clarified liquid. Typical uses include municipal and industrial wastewater treatment, food and beverage processing, breweries, dairy and meat plants, pulp & paper, chemical plants, aquaculture, and livestock farms where large volumes of wet sludge must be reduced in volume for easier handling, transport, and disposal or further processing.

What types of sludge and solids can this dewaterer handle?

It can process a wide range of sludges including municipal sewage sludge, industrial process sludge, organic food-processing residues, brewery and distillery waste, activated sludge, and livestock/manure slurries. Performance depends on sludge characteristics (solids concentration, particle size, organic content); heavily fibrous or coarse material may require pre-screening or conditioning.

What performance can I expect (throughput and dryness)?

Throughput and final cake dryness vary with feed solids concentration, polymer/flocculant dosing, and machine settings. Typical results from similar continuous screw/press dewatering systems are increased solids percentage in the cake and significant volume reduction — often producing a cake in the approximate range of low- to mid-percentage dry solids up to higher percentages depending on the feed and conditioning. For accurate expectations, test with a representative sample or consult the supplier with your inlet solids concentration and desired output.

What installation and operational requirements should I plan for?

Plan for a level foundation or mounting surface, appropriate electrical supply to match the motor specifications, space for feed and discharge piping, access for operator controls, and provision for chemical dosing if polymer/flocculation is used. Typical startup steps include connecting the feed pump, calibrating polymer dosing (if required), setting screw/press speed, and running with a test feed while monitoring cake discharge and filtrate clarity. Follow supplier installation guides for motor wiring and safety interlocks.

What routine maintenance and cleaning are needed to keep it running reliably?

Regular maintenance includes daily visual inspection, clearing any blockages at feed or discharge points, checking for unusual vibration or noise, and monitoring motor temperature. Weekly or monthly tasks may include checking fasteners, bearings, seals, and the condition of the screw/press components, and inspecting electrical connections. Clean contact surfaces and filtrate channels as needed to prevent buildup. Lubricate bearings and moving parts per the manufacturer schedule. Replace wear parts (screens, seals) when performance degrades. Keep a small stock of common spares to minimize downtime.

What warranty, safety considerations, and troubleshooting tips should I know?

The “1yr” indicates the motor (and often the machine) is covered by a one-year warranty against manufacturing defects — confirm exact warranty terms with the supplier. For safety, always lock out/tag out power before servicing, use recommended PPE, and follow guarding and emergency-stop procedures. Common issues include low cake solids (often fixed by adjusting polymer dose or screw speed), feed blockages (remove tramp solids or screen feed), and motor overheating (check load, bearings, and ventilation). For persistent problems, consult the supplier or a qualified technician and provide operating parameters (inlet solids, flow rate, and feed characteristics) for faster diagnostics.

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