Industrial Magnetic Chemical Liquid Agitator with Milling 1

Industrial Magnetic Chemical Liquid Agitator with Milling 2

Industrial Magnetic Chemical Liquid Agitator with Milling 3

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Industrial Magnetic Chemical Liquid Agitator with Milling

Industrial Magnetic Chemical Liquid Agitator with Milling is a compact, seal-less mixing system that combines magnetic drive agitation with integrated milling for fine dispersion and particle reduction. Its magnetic coupling eliminates shaft seals, reducing leakage and maintenance while allowing safe handling of corrosive or hazardous liquids. The milling unit delivers high shear and controlled particle size reduction for stable emulsions, suspensions, and nanodispersions. Built from corrosion-resistant materials, with variable-speed control and optional temperature regulation, it is scalable for lab to production use.

Usage scenarios:

- Formulating paints, inks, coatings and pigments where uniform color, small particle size and stable dispersion are required.

- Producing pharmaceutical suspensions, excipients, or fine APIs and biotech formulations that demand contamination-free, sealed processing.

- Manufacturing adhesives, cosmetics, agrochemicals and specialty chemicals that need high-shear mixing, deagglomeration, and controlled particle milling.

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

600L

Medium Viscosity

200L

Diameter of Blade

100mm

Diameter of shaf

16mm

Length of shaft

600mm

Material

SUS304

Capacity

3 L

Power (kW)

1 kW

dimension(l*w*h)

Customized

additional capabilities

Milling

product type

Liquid

material processed

Chemicals

mixer type

Agitator

voltage

220/380V

Power

0.1KW

Product name

Chemical Liquid Agitator

weight (kg)

warranty

1 Year

place of origin

Shanghai, China

Leakproof Packaging, Compact Precision

The Portable mixer provides high-efficiency magnetic agitation for chemical and slurry processing, cutting mixing time and ensuring uniform results across a wide range of viscosities. Rugged SUS304 construction (upgradeable to SUS316), optional explosion‑proof motors, and choices of vertical, portable and side-entry styles deliver durable quality and installation flexibility, with standard export carton packing for safe shipment. Configurable power (0.1–2.2 kW), customizable shaft and blade dimensions, and 3–20 day delivery mean a tailored, ready-to-install solution that fits your production needs.

Magnetic Milling Chemical Agitator

The Industrial Magnetic Chemical Liquid Agitator with Milling features a sealless magnetic drive and high-efficiency motor options from 0.1 to 2.2 kW, delivering combined milling and mixing performance across a range of shaft lengths and blade diameters for low- to high-viscosity media. As a Portable mixer, it offers flexible installation modes (vertical, side-entry or portable), optional electric or pneumatic drives with explosion-proof motor choices, and material options (standard SUS304, upgradeable to SUS316 or rubber-coated) to maximize chemical compatibility and operational safety. Its robust stainless-steel structure, adjustable axial and shaft diameters and tailored blade designs provide reliable leak-free operation, easy maintenance and scalable throughput for industrial dosing, slurry processing and sludge treatment applications.

Industrial Magnetic Milling Agitator

The Industrial magnetic chemical liquid agitator is a high-efficiency magnetic drive mixer with motor outputs from 0.1 to 2.2 kW, designed for reliable mixing of a wide range of liquid viscosities and process scales. Available in vertical, side-entry and Portable mixer configurations, models QL9001–QL9006 offer shaft lengths (600–1400 mm), blade diameters (100–180 mm) and selectable SUS304 or SUS316 construction, with electric or pneumatic drives and optional explosion-proof motors. Units are packed for export and typically ship in 3–20 days, and our team will recommend the optimal model based on your media, tank dimensions and specific operating requirements.

◎ Magnetic Drive Efficiency

◎ Versatile Installation Options

◎ Durable Material Options

Reliable Precision Magnetic Milling

Developed by a specialty engineering brand with decades of chemical processing experience, the Industrial Magnetic Chemical Liquid Agitator with Milling was crafted through rigorous R&D and factory testing to deliver reliable, seal-less mixing for aggressive media. As a Portable mixer, its magnetic drive couples a sealed motor and milling head to provide contamination-free, explosion-proof agitation and high-shear milling with stepless speed control and excellent torque at low RPMs. Its compact, modular design enables quick installation and maintenance, while features like energy-efficient motors, corrosion-resistant materials, low vibration, and CIP compatibility maximize uptime, safety and product consistency.

Material introduction

The Industrial Magnetic Chemical Liquid Agitator is built from high-grade stainless steel with standard SUS304 for general corrosion resistance and optional SUS316 for more aggressive or chloride-containing media. Wetted components such as impellers and shafts can be rubber-coated to enhance abrasion and chemical compatibility, while the magnetic drive housing removes the need for shaft seals to minimize leakage. Available in vertical, side-entry and Portable mixer configurations, materials and motors (including explosion-proof options) are selected to suit specific process and site requirements.

◎ SUS304 Stainless Steel

◎ SUS316 Enhanced Corrosion

◎ Wear‑Resistant Hardened Stainless

FAQ

What kinds of processes and industries is the Industrial Magnetic Chemical Liquid Agitator with Milling best suited for?

It is designed for processes that require both high-quality mixing and particle size reduction in a sealed, contamination‑free environment. Typical applications include chemical synthesis, pigment and paint production, coatings and adhesives, pharmaceutical suspensions, battery slurries and electrode pastes, catalyst slurries, specialty lubricants, and fine-chemical dispersion or deagglomeration. It is especially useful where toxic, corrosive, flammable or ultra‑pure liquids must be kept hermetically sealed.

How does the magnetic drive design improve performance compared with conventional shaft‑seal agitators when milling and mixing?

The magnetic drive eliminates a rotating shaft penetration through the tank wall, so there are no dynamic seals that wear and leak. Benefits include true hermetic sealing (reduced fugitive emissions and contamination), lower maintenance (no packing or mechanical seal replacements), safer operation with hazardous fluids, and consistent torque transfer for precise speed control during high-shear milling. The reduced leak risk also simplifies compliance with environmental/safety regs for volatile or toxic chemistries.

What operational limits and material/compatibility considerations should I check before using this agitator‑milling system?

Check chemical compatibility of wetted materials (e.g., 316L, Hastelloy, PTFE linings) with your process fluids; selection affects temperature and corrosion resistance. Confirm the model’s allowable viscosity and solids loading — magnetic agitated mills generally handle from low-viscosity liquids up to medium‑to‑high viscosity pastes depending on impeller geometry and drive size. Milling performance depends on media type, bead size and density, and feed concentration. Also verify rated temperature and pressure limits and whether an explosion‑proof motor or ATEX certification is required for your area. When in doubt, provide your fluid properties (viscosity, density, corrosivity, desired particle size) to the supplier for proper sizing.

How do I choose the right configuration (impeller, mill type, media, motor) for my application?

Base the selection on tank volume, target particle size, solids concentration and throughput. Choose impeller style and diameter for desired flow pattern (axial for bulk mixing, radial/high-shear for dispersion). For milling, select bead/rod media type, size and density appropriate to target particle reduction; finer beads and higher energy give smaller particle sizes. Match motor power and torque to viscosity and milling load, and consider a VFD for precise speed control. Specify wetted materials and any linings required. Suppliers can often offer performance curves and pilot tests to validate configuration before scale-up.

What routine maintenance and cleaning practices are recommended for this combined agitator and milling system?

Follow a maintenance schedule that includes inspection of the magnetic coupling (external and internal components), wear parts (impellers, liners, milling chamber inserts), and replacement of milling media as it abrades. Keep magnets and coupler interfaces clean and free of debris. Use CIP (clean‑in‑place) procedures or solvent flushes compatible with wetted materials to remove residues after runs—avoid aggressive cleaners that can demagnetize or damage seals and coatings. Verify motor bearings and drive mounts periodically, and adhere to lockout/tagout procedures before any disassembly.

What common problems occur and how can I troubleshoot milling or mixing performance issues?

Common issues and checks: - Loss of torque or coupling slippage: check magnetic coupler alignment, inspect for worn or detached internal magnets, and ensure the external magnet assembly is securely mounted. - Poor dispersion or large particles remain: confirm bead size/type, increase milling speed or residence time, reduce feed rate or adjust solids concentration, or change impeller geometry for better feed circulation into the mill zone. - Excessive vibration or noise: inspect for imbalanced impeller or worn bearings, check impeller clearance and mounting, and ensure milling media isn’t lodged in flow passages. - Overheating of product or motor: reduce speed, increase cooling or cooling jacket flow, or run in intermittent mode to dissipate heat. - Unexpected contamination: verify material compatibility and that seals/linings aren’t compromised; replace degraded components and perform thorough cleaning. If issues persist, stop operation and consult the equipment vendor with process data (viscosity, solids, speeds, temperatures) so they can recommend corrective action or a design adjustment.

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