SS304 Motor Sludge Dewatering for Slaughter/City Sewage 1yr 1

SS304 Motor Sludge Dewatering for Slaughter/City Sewage 1yr 2

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SS304 Motor Sludge Dewatering for Slaughter/City Sewage 1yr

SS304 Motor Sludge Dewatering for Slaughter/City Sewage 1yr is a compact dewatering unit made from corrosion‑resistant SS304 stainless steel with a reliable motor, designed to separate solids from slaughterhouse and municipal sewage. It offers high dewatering efficiency and drier cake output to cut disposal volume and costs, while running with low noise, low energy use, and easy cleaning and maintenance. Selling points: premium SS304 durability, robust motor performance, versatile for slaughter and city sewage, space‑saving design, reduced operating costs, and a 1‑year warranty for buyer confidence.

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

Write a Review

Lower Collecting Tray for Filtrate:

Yes

Water Content's Rate:

80-85%

Dried Sludge:

225-368 kg/h

Inlet Consistency:

1.5-2.5%

Treating Capacity:

15-24.5m3/h

Reference Weight:

2450 kg

Processing Type

desalination

Power(W)

1 kW

Power:

2 KW

Material:

SS304

Product name

Sludge Dewatering Machine

Voltage

220 V, 380 V

weight (kg)

1850

productivity

500L/Hour

warranty

1 Year

place of origin

Shanghai, China

core components

Motor

machinery test report

Provided

video outgoing-inspection

Provided

Compact Hygienic SS304 Dewatering

The QTB sludge dewatering machine delivers fast, reliable dewatering for slaughterhouse and city sewage, cutting disposal volume and operating costs while producing low‑moisture cake for easier handling. Built from SS304 stainless steel with imported Swiss filter cloth, air‑chamber automatic cloth alignment and integrated safety monitoring, it offers durable, hygienic performance with low energy use and quiet operation across multiple belt widths. Shipped in standard export cartons with compact modular dimensions, a typical 3–20 day delivery and a one‑year warranty, the unit’s simple installation and low maintenance minimize downtime.

SS304 Durable Motorized Dewatering

Made from corrosion-resistant SS304 with a robust motorized drive and a one-year warranty, the QTB sludge dewatering machine combines a stainless steel frame with imported Swiss filter cloth and an air-chamber automatic cloth-alignment device for durable, stable operation. Designed for slaughterhouse, city sewage and industrial wastewater applications, it provides high-efficiency, low-energy dewatering with low residual moisture in the cake, low noise (≤75 dB(A)), safety monitoring and automatic stop functions to ensure secure continuous operation. Offered in multiple QTB models and belt widths, the machine’s modular structure, easy-clean filtrate trays and low-maintenance components deliver flexible installation and reliable long-term performance.

SS304 Motorized Sludge Dewatering

The QTB sludge dewatering machine is built from SUS304 stainless steel for high strength and corrosion resistance, making it ideal for slaughterhouse and city sewage sludge dewatering. It uses Swiss-imported filter cloth, an air-chamber automatic deviation correction device for stable cloth running, and safety monitoring with automatic stop functions while operating with low energy consumption and noise ≤75 dB(A). Available in multiple QTB models and belt widths to suit different capacities, it delivers low-moisture cakes, flexible operation and easy maintenance for industrial, food & beverage and municipal wastewater applications.

◎ SUS304 Stainless Durability

◎ Efficient Low Noise

◎ product nicety 3

Efficient Durable Sanitary Dewatering

Built from durable SS304 and powered by a purpose-designed motor with a one-year warranty, the QTB sludge dewatering machine reflects a brand commitment to reliable solids-liquid separation for slaughterhouses and municipal sewage treatment. It delivers efficient dewatering, rapid cake formation, low energy consumption and strong corrosion resistance while simplifying polymer dosing and routine maintenance. Features and advantages include SS304 construction, high-torque motor, adjustable polymer dosing, compact footprint, quick disassembly, reduced sludge volume, lower disposal costs and improved effluent clarity for easier regulatory compliance.

Material introduction

The QTB sludge dewatering machine is built with SS304 (SUS304) stainless steel for principal and slurry-contact components, offering high strength, excellent corrosion resistance and a hygienic surface finish suited for slaughterhouse and city sewage applications. Swiss-imported filter cloth and an air-chamber automatic deviation correction device ensure stable filtration performance and extended service life. The robust stainless construction minimizes maintenance, resists rust and contamination, and simplifies cleaning for reliable long-term dewatering.

◎ Stainless, Hygienic, Robust

◎ Swiss-filter, Durable, Low-maintenance

◎ Protected, Reliable, Long-lasting

FAQ

What is the "SS304 Motor Sludge Dewatering for Slaughter/City Sewage 1yr" designed to do and where is it typically used?

This unit is a sludge-dewatering machine built with SS304 stainless steel components and a motorized drive, intended to separate water from sludge produced by slaughterhouses, municipal (city) sewage treatment plants, and similar food-processing or animal-waste facilities. Typical use cases include primary/secondary sludge dewatering at slaughter and rendering plants, septage handling, grease trap/slaughterhouse effluent polishing, and reducing hauled sludge volumes from small municipal works.

Why is SS304 construction important for these applications?

SS304 stainless steel offers good corrosion resistance, hygienic surfaces, and durability in environments with organic acids, proteins, and frequent washdowns—common in slaughterhouse and municipal wastewater. SS304 reduces contamination risks, is easier to clean, and prolongs the life of exposed parts compared with ordinary carbon steel in wet, corrosive service.

What pre-treatment and operating conditions are required for effective dewatering?

Effective dewatering usually requires screening/grit removal and, for many sludges, polymer conditioning (flocculant) to improve solids capture. Feed solids concentration, sludge type (primary, secondary, mixed), temperature and pH affect results. The unit performs best with a reasonably consistent feed (avoid large debris), and the supplier will normally recommend polymer dose, feed pump settings, and any upstream screening to optimize performance.

What performance can I expect in terms of cake dryness and volume reduction?

Performance varies by sludge characteristics. Typical outcomes for slaughterhouse and municipal sludges are increased dry solids in the dewatered cake and substantial sludge volume reduction. As a ballpark, cake dry solids often fall in the low-to-mid tens of percent range (dependent on sludge type and conditioning), and transported sludge volume can be reduced significantly—cutting disposal and transport costs. Exact throughput and cake dryness depend on feed solids, polymer use, and machine model; contact the vendor with sample sludge data for guaranteed figures.

What are the installation, power, maintenance, and warranty considerations?

Install on a stable, level foundation with appropriate access for feeding, cake removal and washdown. Provide the specified electrical supply for the motor (check voltage and phase). Routine maintenance typically includes daily visual checks, periodic motor and gearbox inspection, cleaning of screens/filters, and replacement of wear parts (seals, belts, scrapers) as needed. The product listing indicates a 1-year warranty that commonly covers manufacturing defects in materials and workmanship; consumables, normal wear, misuse, improper installation, and corrosive damage from nonrecommended chemicals are usually excluded—confirm exact terms with the manufacturer.

Are there safety, environmental or regulatory issues I should be aware of?

Yes. Follow lockout/tagout and confined-space procedures when servicing, use PPE for operator safety (gloves, eye protection), and avoid inhalation/contact with untreated sludge. Dewatered cake disposal must comply with local regulations—options include landfill, land application/composting (if permitted and safe), or anaerobic digestion. Ensure wastewater and cake handling meet local environmental and public-health rules, and maintain records for regulatory inspections.

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