SUS304 Solid-Liquid Polymer Mixer Automatic Agitator for Bio 1

SUS304 Solid-Liquid Polymer Mixer Automatic Agitator for Bio 2

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SUS304 Solid-Liquid Polymer Mixer Automatic Agitator for Bio

In a gleaming lab or on a bustling production floor, the SUS304 Solid-Liquid Polymer Mixer Automatic Agitator for Bio quietly springs to life, turning disparate powders and liquids into a smooth, homogenous blend. Built from sanitary SUS304 stainless steel with precision automatic agitation, it delivers gentle yet thorough shear to banish clumps, protect delicate biomaterials, and ensure consistent polymer dispersions. Like a trusted conductor, it streamlines your workflow with easy cleaning and intuitive controls, giving teams reliable, lab-grade mixing that inspires 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):30(days),>1(sets):To be negotiated(days)

Place of Origin:

China

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Rarefied Liquid

10000L

Medium Viscosity

3000L

Diameter of Blade

400mm

Diameter of shaf

28mm

Length of shaft

1500mm

Material

SUS304

Capacity

5 L

key selling points

Automatic

Power (kW)

1.5 kW

dimension(l*w*h)

Customized

additional capabilities

Milling

product type

Liquid

material processed

Chemicals

mixer type

Agitator

voltage

220/380V

Power

1.5KW

Product name

Chemical Mixing Equipment

weight (kg)

warranty

1 Year

place of origin

Shanghai, China

Hygienic Automated Robust Design

The Portable mixer, a SUS304 solid-liquid polymer automatic agitator, delivers reliable, corrosion‑resistant mixing for biological treatment so facilities get fast, sanitary and consistent polymer dissolution with easy on-site relocation and automated speed control. Built with durable SUS304 construction, cycloid geared low‑speed motors (0.1–1.5 kW), selectable shaft lengths and blade diameters, and available in vertical, side‑entry or portable styles, it handles a wide viscosity range and can be upgraded to SUS316, rubber coating or ex‑proof motors for specific process needs. Packaged in standard export cartons with 3–20 day delivery and customizable model selection based on tank dimensions and media, it simplifies installation, maintenance and regulatory compliance for wastewater and chemical dosing systems.

SUS304 Sanitary Automatic Mixer

Portable mixer — the SUS304 Solid-Liquid Polymer Mixer Automatic Agitator for Bio is built from corrosion-resistant SUS304 stainless steel and uses a cycloid geared speed-reduction motor for medium-low speed agitation with output power options from 0.1 to 1.5 kW, available in vertical, side-entry and portable configurations. Functionally tailored for solid-liquid polymer dosing and biological treatment, it delivers efficient, uniform mixing for low- to medium-viscosity media, supports electric or pneumatic drives and optional ex-proof motors, and offers multiple shaft lengths and blade diameters for precise process matching. Its compact, robust structure with selectable SUS316 or rubber-coated components for aggressive media, combined with simple installation and maintenance, provides a cost-effective, reliable solution for sludge dewatering, chemical dosing and other industrial processes.

Automatic SUS304 Polymer Mixer

The SUS304 solid-liquid polymer mixer is an automatic agitator for biological treatment, featuring medium-low speed agitation driven by a cycloid geared speed reducer with power options from 0.1 to 1.5 kW. Its compact mini-agitator design and wide reduction ratio handle a range of viscosities, with multiple shaft lengths and blade diameters to suit different tank dimensions. Available as vertical, side-entry or Portable mixer configurations and offered in SUS304 (SUS316 or rubber coating optional) with electric or pneumatic drive choices, it ensures reliable chemical mixing for polymer dosing and sludge dewatering.

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Sanitary Automated Efficient Mixing

Crafted from SUS304 stainless steel and shaped by our brand's decades of bio-processing experience, this SUS304 Solid-Liquid Polymer Mixer Automatic Agitator for Bio delivers hygienic durability and compact design as a Portable mixer. Its automatic agitation system, variable-speed control, sealed sanitary bearings and quick-release impellers ensure rapid, uniform dispersion of polymers in solid-liquid systems while minimizing contamination and easing cleaning. Key highlights and advantages include a low-noise brushless motor, energy-efficient operation, quick-mount clamps for fast setup and modular components for straightforward maintenance, making it ideal for laboratory and pilot-scale bio applications.

Material introduction

Built primarily from SUS304 stainless steel, the Solid-Liquid Polymer Mixer Automatic Agitator for bio applications offers strong corrosion resistance, hygienic surfaces and long-term durability for biological and polymer dosing environments. Depending on process requirements, the agitator can be supplied in higher-alloy SUS316 or with rubber-coated components to resist aggressive chemicals or abrasive slurries, while shafts and impellers are precision-machined to preserve seal integrity. As a Portable mixer its compact SUS304 construction paired with a cycloid geared speed reduction drive delivers reliable low-speed agitation, easy cleaning and optional ex-proof motor selection for demanding sites.

◎ SUS304

◎ SUS316

◎ Rubber-coated blade

FAQ

What types of polymers and biological flocculants can the SUS304 solid-liquid polymer mixer handle?

The mixer is designed for water-soluble polymers and biological flocculants commonly used in wastewater treatment and process water conditioning (e.g., anionic/cationic PAM, polyacrylamide, natural biopolymers). SUS304 wetted parts are chemically resistant to most aqueous polymer solutions and non‑aggressive additives. Avoid highly oxidizing chemicals or solvents that attack 304 stainless steel; always check chemical compatibility for strong acids, chlorinated solvents, or concentrated bleach before use.

How should the mixer be installed and integrated into an automated dosing system?

Install the mixer on a stable foundation and position the feed and discharge lines to minimize air entrainment and dead zones. Connect the motor and control wiring to the plant PLC or a local VFD (variable frequency drive) for speed control and timed agitation cycles. Integration typically includes level and flow sensors for automatic batching, a metering pump for polymer feed, and interlocks to prevent dry running. Follow the manufacturer’s electrical and grounding requirements and confirm IP rating and explosion-proof options if used in hazardous areas.

What operating parameters ensure good polymer dissolution and minimal clumping?

Best practice is to add the dry polymer slowly into a well-agitated hydration tank and maintain moderate turbulence rather than very high shear. Typical guidance: use gentle to moderate impeller speeds to allow hydration without shredding polymer chains; many applications work well in a low-to-medium RPM range (adjustable via VFD). Maintain adequate liquid depth to keep the impeller fully submerged and allow a controlled feed rate of polymer to avoid lumps. If dissolving concentrated slurries, use pre-wetting or a jetting system to reduce agglomeration.

How is cleaning and sanitization performed for bio-related applications?

SUS304 surfaces are smooth and compatible with standard cleaning-in-place (CIP) procedures. Use warm water flush followed by alkaline or mild acidic detergents as needed, then rinse thoroughly. For biological contamination control, follow validated sanitization procedures appropriate to your process (e.g., hot water, steam where compatible, or approved biocides). Avoid prolonged use of concentrated chlorine on 304 stainless steel; if strong oxidizers are required, rinse promptly and inspect for corrosion. Always follow process hygiene protocols and manufacturer-recommended cleaning cycles.

What routine maintenance is required and what wear parts should I monitor?

Regular maintenance includes inspecting seals, bearings, impeller condition, and shaft alignment. Replace mechanical seals or gland packing per the operating hours or if leaks appear. Check motor coupling and VFD for overheating, and lubricate bearings per the supplier schedule. Monitor for unusual vibration or noise, which can indicate imbalance, fouled impeller, or bearing wear. Keep spare seals and impeller kits on hand for quick replacement to minimize downtime.

What are common troubleshooting tips if the mixer is not performing as expected (poor dissolution, foaming, or overheating)?

For poor dissolution: reduce polymer feed rate, increase mixing time, or add a pre-wetting step; ensure correct impeller type and adequate submergence. For excessive foaming: lower shear, reduce air entrainment (adjust inlet lines), or use defoamers compatible with the application. For overheating: check motor load and VFD settings, verify that the impeller is not jammed or overloaded by debris, and ensure adequate ventilation. If persistent issues occur, record operating conditions (speed, feed rate, temperatures) and contact the supplier with these details for targeted support.

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