Fully Automatic Sludge Dewatering Press SS304 Drum 0.75kW 4-7m3/h 1

Fully Automatic Sludge Dewatering Press SS304 Drum 0.75kW 4-7m3/h 2

Fully Automatic Sludge Dewatering Press SS304 Drum 0.75kW 4-7m3/h 3

Fully Automatic Sludge Dewatering Press SS304 Drum 0.75kW 4-7m3/h 4

Fully Automatic Sludge Dewatering Press SS304 Drum 0.75kW 4-7m3/h 5

Fully Automatic Sludge Dewatering Press SS304 Drum 0.75kW 4-7m3/h 6

Fully Automatic Sludge Dewatering Press SS304 Drum 0.75kW 4-7m3/h

A compact, fully automatic sludge dewatering press with a corrosion‑resistant SS304 drum, driven by a low‑power 0.75 kW motor and handling 4–7 m3/h of sludge. It continuously separates water from solids to produce drier cake, reduce disposal volume and cut operating costs. Easy to run and maintain, it suits municipal and industrial wastewater applications.

Selling points:

- SS304 stainless steel drum for strong corrosion resistance and long service life.

- Fully automatic control for stable, hands‑off operation and consistent results.

- Low energy consumption (0.75 kW) for cost‑efficient running.

- High throughput (4–7 m3/h) for reliable processing of medium flows.

- Produces drier sludge cake to lower transportation and disposal costs.

- Compact, easy‑maintain design with minimal routine maintenance.

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):15(days),>1(sets):To be negotiated(days)

Place of Origin:

China

Inquiry

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Reference Weight

960Kg

Rotary Drum

Yes

Lower Collecting Tray

Yes

Water Content's Rate

80-85%

Dried Sludge

63-105kg/h

Belt Width

500-1500

weight

1800

condition

New

Treating Capacity

4-7 m3/h

Material

SS 304

Power

0.75KW

Product name

Sludge Dewatering Press

warranty

1 Year

place of origin

Shanghai, China

Stainless, Compact, Premium Performance

QTA Filter Press Equipment delivers reliable sludge dewatering with SUS304 stainless-steel construction and Swiss-import filter cloth for low-moisture cake, high efficiency and minimal maintenance. Automatic air-chamber deviation correction, safety monitoring and a low-energy 0.75 kW drive ensure quiet, stable operation, while the compact stainless drum shape and standard export-carton packaging simplify installation and transport. With 4–7 m3/h capacity options, 3–20 day delivery and models for municipal, industrial, food and livestock wastewater, it streamlines processing and cuts disposal costs.

Efficient Automatic SS304 Dewatering

QTA Filter Press Equipment Fully Automatic Sludge Dewatering Press (SS304 drum, 0.75 kW) delivers 4–7 m3/h throughput with robust SUS304 construction, imported Swiss filter cloth, an air-chamber cloth alignment system and integrated safety monitoring for stable, low-noise operation. Its low-energy, high-efficiency design produces low‑moisture sludge cakes and reliable solids capture across municipal, industrial and agricultural wastewater streams, reducing disposal costs and maintenance frequency. The machine’s corrosion‑resistant frame, automatic deviation correction, lower filtrate collection tray and modular dosing/agitator interfaces form a compact, service-friendly structure for continuous, flexible on-site dewatering.

Automatic SS304 Sludge Press

The QTA Filter Press Equipment Fully Automatic Sludge Dewatering Press features an SS304 stainless steel drum and a 0.75 kW drive, providing a treating capacity of 4–7 m3/h ideal for medium-scale wastewater operations. Equipped with imported Swiss filter cloth, an air-chamber automatic deviation correction device and comprehensive safety monitoring, it ensures stable operation, low energy consumption and low noise (≤75dB(A)) with easy maintenance. Suitable for industrial, municipal, food, chemical, mining and agricultural sludge dewatering, the unit produces dewatered cake with a typical water content of 75–85% while offering hygienic, corrosion-resistant performance.

◎ Stainless Steel Construction

◎ Efficient Dewatering Performance

◎ Automated Safety Integration

Automatic, Corrosion-Resistant, Energy-Efficient, High-Throughput

Built by QTA Filter Press Equipment with a corrosion‑resistant SS304 drum and efficient 0.75 kW drive, this fully automatic sludge dewatering press delivers a throughput of 4–7 m3/h while embodying the brand’s commitment to durable, low‑maintenance wastewater solutions. PLC‑controlled automatic operation, continuous feed and optimized compression provide high cake dryness, stable performance and minimal operator intervention, reducing downtime and operating costs. Key advantages include stainless steel construction, energy efficiency, compact footprint, easy maintenance access and rapid start‑up, making QTA Filter Press Equipment a cost‑effective choice for municipal and industrial sludge dewatering.

Material introduction

The Fully Automatic Sludge Dewatering Press uses SS304 (SUS304) stainless steel for its drum and main frame, providing excellent corrosion resistance, high strength and rust-free durability in harsh wastewater environments. Critical wear parts feature Swiss-imported filter cloth along with corrosion-proof trays and seals to ensure long service life, easy cleaning, and low maintenance. As QTA Filter Press Equipment, this stainless construction and precision engineering deliver reliable 4–7 m3/h dewatering with low noise and energy use.

◎ SS304 Drum & Main Frame

◎ Swiss Filter Cloth & Wet-contact Components

◎ Compact Drive & Dewatering Performance

FAQ

What types of sludge and industries is the Fully Automatic Sludge Dewatering Press SS304 Drum 0.75kW 4-7m3/h suitable for?

This press is designed for a wide range of low- to medium-strength sludges including municipal wastewater sludge, septic tank sludge, food and beverage process sludge, brewery waste, slaughterhouse sludge, pulp & paper secondary solids, and many light industrial effluents. It works best with sludges that respond to polymer conditioning; very high-viscosity, fibrous or highly abrasive sludges may require pre-treatment or a different technology.

What throughput and dewatered cake solids can I expect from this machine?

The unit’s nominal throughput is 4–7 m3/h of feed sludge (actual rate depends on solids concentration and conditioning). Typical dewatered cake solids commonly fall in the 18–35% range and can reach higher in favorable conditions; exact dryness varies by sludge type, polymer dosing and feed solids concentration.

What does "fully automatic" operation mean and how do I operate it?

Fully automatic means the press can run with minimal operator intervention: automatic feed control, timed or sensor-based cake discharge, motor/drive control, and alarm protection are handled by the control panel (PLC or starter). Operators normally prepare/condition sludge (add flocculant), start the cycle, and monitor the control panel for status and alarms; routine checks are the main manual tasks.

What installation, utilities and site requirements are needed?

The press requires a reliable power supply for the 0.75 kW drive motor and control panel, an appropriate feed pump or gravity feed at the correct head, and an area for cake collection and drain for filtrate. Stainless steel (SS304) construction eases siting in wet environments but you should provide a level foundation or mounting frame, access for maintenance, and a water supply for periodic wash-down. A polymer dosing system is recommended if chemical conditioning is used.

What routine maintenance and consumables are required?

Regular maintenance includes inspecting and cleaning the drum and filter cloth, replacing worn filter cloths or seals, checking bearings and drive components, and verifying electrical and safety interlocks. Consumables typically include flocculant polymer and filter cloths; spare seals and bearings are useful to keep on hand. Frequency depends on duty but daily visual checks and weekly/monthly deeper inspections are common.

How do I handle variations in sludge characteristics or poor dewatering performance?

Adjust polymer type and dosage, pH and mixing/retention time first—most dewatering problems are solved by optimizing conditioning. Reduce feed solids concentration or increase retention/thickening if the feed is too dilute. Inspect the filter cloth for clogging or damage and confirm the drum and pressure elements are functioning. If problems persist, collect a sample and run jar tests or consult the supplier with operating data for targeted troubleshooting.

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