ISO9001 SS Paint Liquid Stirrers Sludge Dewatering 1

ISO9001 SS Paint Liquid Stirrers Sludge Dewatering 2

ISO9001 SS Paint Liquid Stirrers Sludge Dewatering 3

ISO9001 SS Paint Liquid Stirrers Sludge Dewatering 4

ISO9001 SS Paint Liquid Stirrers Sludge Dewatering 5

ISO9001 SS Paint Liquid Stirrers Sludge Dewatering 6

ISO9001 SS Paint Liquid Stirrers Sludge Dewatering 7

ISO9001 SS Paint Liquid Stirrers Sludge Dewatering

ISO9001-certified SS Paint Liquid Stirrers and Sludge Dewatering units are stainless-steel mixers and dewatering systems made for reliable, sanitary handling of paints, suspensions and industrial sludge, providing precise agitation and efficient solid–liquid separation. Built from corrosion-resistant stainless steel with precision motors and adjustable speeds, they offer consistent mixing, fast dewatering, easy cleaning and long service life. Key selling points: ISO9001 quality assurance, energy- and space-efficient dewatering, customizable designs for different viscosities, low maintenance and quiet, industrial-grade durability that reduces downtime and contamination risk.

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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Rarefied Liquid

15000L

Medium Viscosity

5000L

Diameter of Blade

180mm

Diameter of shaf

40mm

Length of shaft

1400mm

Material

SUS304

Capacity

5 L

key selling points

Automatic

Power (kW)

2.2 kW

dimension(l*w*h)

Customized

additional capabilities

Milling

product type

Liquid

material processed

Chemicals

mixer type

Agitator

voltage

220/380V

Power

2.2kw

Product name

Liquid Stirrers

weight (kg)

warranty

1 Year

place of origin

Shanghai, China

core components

Motor

machinery test report

Provided

video outgoing-inspection

Provided

ISO9001 Stainless Efficient Dewatering

ISO9001‑certified stainless steel liquid stirrers provide powerful, efficient sludge dewatering with 0.1–2.2 kW motor options and SUS304/SUS316 construction for corrosion resistance and long service life. Available in vertical, side‑entry and Portable mixer configurations with electric or pneumatic drives and optional explosion‑proof motors, they deliver easy installation, on‑site portability and tailored mixing to minimize downtime and maximize solids capture. Shipped in standard export carton packing with fast 3–20 day delivery and model selection support, these units combine robust quality and customizable features to meet industrial sludge dewatering requirements.

ISO9001 Paint Dewatering Stirrer

ISO9001‑certified stainless steel paint liquid stirrers combine robust SUS304/SUS316 construction with selectable 0.1–2.2 kW motors and varied shaft and blade diameters to handle low to very high viscosity media, and a Portable mixer variant enables easy relocation with vertical, side‑entry or portable mounting options. They deliver high‑efficiency agitation for mixing, homogenization, chemical dosing and sludge dewatering—improving dewatering throughput and process consistency—while offering electric or pneumatic drives, optional explosion‑proof motors and corrosion‑resistant coatings for demanding industrial environments. Optimized blade geometry, axial design and modular accessories provide strong shear and controlled flow patterns for rapid clarification, simplified installation and maintenance, and flexible adaptation to tank dimensions and process requirements.

ISO9001 SS Sludge Dewatering

ISO9001-certified stainless steel liquid stirrers are engineered for efficient paint mixing and sludge dewatering, offering motor outputs from 0.1 to 2.2 kW and blade diameters sized to handle a wide range of viscosities. Available in vertical, side-entry and Portable mixer configurations, the portable option provides flexible installation and easy maintenance with shafts and blades made from SUS304 (or SUS316 on request) and optional rubber coatings or explosion-proof motors. Models are selected by shaft length, axial diameter and blade size to match tank dimensions and media, and units ship in standard export packaging with typical delivery times of 3–20 days.

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Certified, Efficient, Hygienic, Low-Maintenance

Manufactured under ISO9001 quality systems, our SS paint and sludge processing line combines a heritage of precision engineering with rigorous material selection to ensure durability in harsh industrial environments. The Portable mixer delivers controlled low-shear agitation for paints and liquids, enhances sludge dewatering efficiency, and resists corrosion thanks to stainless-steel wetted parts. With compact, easy-clean construction, variable-speed control, quick-mount brackets and energy-efficient motors, it reduces downtime, saves energy and extends service life while backed by certified quality and responsive after-sales support.

Material introduction

ISO9001‑certified stainless steel construction (standard SUS304) provides corrosion resistance and chemical compatibility for paint liquids and sludge dewatering applications. For aggressive media, options include SUS316 fabrication or rubber-coated components, and motors can be specified—including explosion‑proof types—matched to the agitator’s load. The Portable mixer design combines stainless steel shafts and precision blades in varying diameters and shaft lengths to deliver efficient mixing, easy handling and long service life.

◎ Vertical SS Liquid Stirrer (SUS304)

◎ material introduction 2

◎ Side‑Entry / Aggressive‑Media Stirrer (SUS316 or Rubber‑Coated)

FAQ

What is "ISO9001 SS Paint Liquid Stirrers Sludge Dewatering" and where is it typically used?

This refers to stainless-steel (SS) liquid stirrers and mixing systems manufactured under an ISO9001 quality-management system, designed for paint/coatings processing and sludge dewatering/flocculation applications. Typical uses include paint and coatings manufacture (dispersion, pigment wetting, solvent or waterborne mixing), chemical blending, wastewater treatment (polymer dispersion, flocculation, thickening), and pre-conditioning of sludge ahead of belt presses, filter presses or centrifuges.

How do I choose the right stirrer and impeller for paint mixing versus sludge dewatering?

Paint and coating processes often need high-shear, high-speed dispersion (propellers, dissolvers, disperser heads) to wet pigments and break agglomerates. Sludge dewatering needs low-speed, high-torque agitation (paddle, anchor, or slow-turn turbine) to gently mix polymers and promote floc formation without breaking flocs. Select material (SS304 vs SS316/316L), impeller type, shaft length, and a variable-speed drive based on fluid viscosity, tank geometry, required tip speed, and shear sensitivity.

Is the equipment compatible with solvents and corrosive media, and are explosion‑proof options available?

Stainless-steel construction provides good chemical resistance; SS304 is suitable for many non-chloride media while SS316/316L is recommended for chlorides, aggressive chemicals or sanitary requirements. Seals, bearings and coating options should be matched to the chemical. Explosion‑proof or ATEX-rated motors and purged enclosures are available for solvent-bearing paint processes—always specify flammability risks when ordering so the correct motor and certification can be supplied.

What are the recommended installation, operation and maintenance practices?

Mount stirrers according to the tank entry (top, side or bottom) with correct flange/adapter and shaft immersion depth. Ensure proper alignment and secure coupling to the motor. Use variable-speed drives to tune RPM for the job. Regular maintenance includes seal and bearing inspection, lubrication per manufacturer guidance, checking shaft runout and impeller condition, and replacing wear parts. Clean with appropriate solvents or CIP procedures after use in paints or sludges to avoid buildup. Keep a small stock of common spare parts (seals, bearings, impellers).

Can these stirrers actually improve sludge dewatering performance?

Yes. Properly designed agitation ensures even polymer dispersion, gentle floc formation and uniform feed to dewatering equipment. This often improves filter cake dryness, reduces polymer consumption and prevents equipment clogging. For best results, coordinate stirrer speed/impeller design with polymer dosing rates and downstream dewatering equipment (belt/filter press or centrifuge) during process design or commissioning.

What common problems should I watch for and what safety precautions are important?

Common issues include excessive vibration or noise (often due to bent shafts, loose mounts or damaged impellers), overheating (overload or mis-sizing), poor mixing (wrong impeller/speed), and seal leaks. Troubleshoot by checking alignment, shaft straightness, impeller integrity, and motor load. Safety: follow lockout/tagout during maintenance, wear PPE when working with paints/chemicals, ensure explosion‑proof equipment in hazardous atmospheres, ground electrical equipment, and prevent contact with moving parts. Always follow manufacturer instructions and local regulations.

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