Industrial Wastewater High-Speed Mixer 0.1–2.2kW for Plastics 1

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Industrial Wastewater High-Speed Mixer 0.1–2.2kW for Plastics 3

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Industrial Wastewater High-Speed Mixer 0.1–2.2kW for Plastics

Compact high-speed industrial mixer (0.1–2.2 kW) for plastics wastewater that quickly disperses and homogenizes suspensions, breaking agglomerates and keeping solids evenly mixed. Built for continuous use with corrosion-resistant parts, sealed low-maintenance motor, and variable-speed control for precise process tuning—easy to mount and clean. Selling points: powerful but energy-efficient small unit, adjustable speed for different waste streams, high-shear action for stubborn plastic residues, robust long-life components, and fast installation to cut downtime.

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

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Rotate speed(rpm)

249

Diameter of Blade(mm)

100-200

Axial Diameter(mm)

19-40

Length of Shaft(mm)

600-1400

Power(kw)

0.1-2.2

range of spindle speed(r.p.m)

1 - 249 r.p.m

Rarefied Liquid(L)

600-10000

Material

SUS304

Capacity

5 L

key selling points

Automatic

Power (kW)

2.2 kW

dimension(l*w*h)

600-1400mm

product type

Industrial

material processed

Plastics

mixer type

Agitator

voltage

220 V, 380 V

Product name

High Speed Mixer

weight (kg)

warranty

1 Year

place of origin

Shanghai, China

core components

Motor

machinery test report

Provided

video outgoing-inspection

Provided

Compact Robust Efficient Mixer

This Industrial mixer delivers high-speed, energy-efficient mixing (0.1–2.2 kW) for wastewater and plastics, improving uniformity and reducing processing time. Choose vertical, portable or side-entry styles with SUS304 (or SUS316/rubber-coated) blades and optional explosion-proof motors to match media viscosity and tank dimensions. Packed in standard export cartons with 3–20 day delivery and customizable shaft/blade sizes, it ensures durable quality and fast, application-specific deployment.

High-Speed Corrosion-Resistant Efficient Mixer

This Industrial mixer features 0.1–2.2 kW high-efficiency motors with high-speed shafts and selectable blade diameters and lengths, delivering powerful agitation for wastewater, plastics and sludge processing. Offered in vertical, portable and side-entry configurations with electric or pneumatic drives, SUS304 or optional SUS316 construction (or rubber-coated blades) and optional explosion-proof motors, it adapts to a wide range of viscosities and tank geometries. Its robust, compact structure with interchangeable blades and standardized accessories enables easy installation, low maintenance and reliable operation that reduces downtime and lifecycle costs.

Efficient Plastic Wastewater Mixer

The Industrial mixer delivers high-speed mixing for wastewater and plastics with motor outputs from 0.1 to 2.2 kW, offering strong power and high efficiency. It is offered in vertical, portable, and side-entry types with model-specific shaft lengths and blade diameters (QL9001–QL9006), and can be supplied in SUS304, SUS316 or rubber-coated finishes to handle a wide range of viscosities. Electric or pneumatic drives, optional explosion-proof motors, and standard delivery within 3–20 days ensure flexible configuration and prompt supply.

◎ product nicety 1

◎ High-speed mixing

◎ Flexible installation options

Powerful Efficient Precise Mixing

Engineered by a specialist brand with decades of wastewater and plastics processing experience, this Industrial mixer (0.1–2.2 kW) combines precision manufacturing and rigorous testing to deliver reliable high-speed performance and long service life. Its high-speed impeller and optimized blade geometry provide rapid shear for effective dispersion, flocculation, and homogenization in industrial wastewater and plastics recycling, while sealed bearings, corrosion-resistant coatings, and thermal protection support continuous, low-maintenance operation. Features like variable-speed control, modular shaft options, easy-access maintenance ports, low-vibration mounting, and energy-efficient motors translate into reduced downtime, lower operating costs, and scalable installation across treatment plants.

Material introduction

The Industrial mixer is built with durable SUS304 stainless steel as the standard material, providing strong corrosion resistance and easy cleaning for wastewater and plastics processing. For aggressive or corrosive media, shaft and blade components can be upgraded to SUS316 or specified with a rubber coating to improve chemical and abrasion resistance. Critical load-bearing parts and seals are selected to match the 0.1–2.2 kW drive range, ensuring reliable service life in demanding industrial wastewater applications.

◎ SUS304 Robust Standard

◎ SUS316 Corrosion Resistant

◎ Rubber Coated Protection

FAQ

What typical wastewater applications is the Industrial Wastewater High-Speed Mixer 0.1–2.2kW designed for in plastics-related processes?

The mixer is intended for pretreatment and process mixing in industrial wastewater streams that contain plastics or plastic-derived contaminants — for example polymer and coagulant dosing, rapid dispersion of flocculants, breaking up plastic fines and agglomerates, homogenizing slurries of plastic particles, and conditioning sludge prior to dewatering or flotation. Its high-shear impeller helps dissolve and wet polymers quickly and achieve uniform chemical distribution.

How do I choose the right motor size (0.1–2.2 kW) and impeller for my tank or process?

Select motor power based on tank volume, liquid viscosity, desired mixing time, and the amount/type of solids. Small quiescent tanks or polymer make-down tanks commonly use 0.1–0.5 kW, while larger reaction or flotation tanks and heavier slurries require 1.1–2.2 kW. Work with the supplier to size shaft length and impeller type (high-shear vs. axial) and confirm tip speed targets so the mixer delivers adequate dispersion without excessive entrainment.

What are the recommended installation and mounting options for this high-speed mixer?

The mixer can be installed as a top-entry, side-entry, or portable immersion unit depending on tank geometry and access. Ensure rigid mounting to prevent vibration, correct immersion depth so the impeller is sufficiently submerged but not too close to the tank floor or walls, and proper alignment of the shaft. Follow local electrical codes, provide motor protection and speed control (inverter/variable frequency drive) when variable mixing intensity is needed.

What routine maintenance is required to keep the mixer reliable in industrial wastewater service?

Regular checks include inspecting the mechanical seal and shaft for leakage, verifying bearing lubrication and temperature, checking for impeller wear or damage from abrasive plastics, and ensuring fasteners and mounts are tight. Clean polymer build-up after extended use and replace seals or worn impellers per the manufacturer’s schedule. Keep electrical connections dry and periodically test motor overload devices.

Are there specific safety and operational precautions I should follow when using this mixer with wastewater containing plastics?

Always follow lockout-tagout procedures before servicing, wear appropriate PPE for chemical and particulate exposure, and avoid running the mixer dry or with an uncovered tank. If wastewater contains flammable solvents or vapors, use an explosion-proof motor and grounding as required. Prevent operator access to rotating components and use guards where needed.

What troubleshooting steps should I take if the mixer produces excessive vibration, noise, or poor mixing performance?

Stop the unit and inspect for common issues: bent or misaligned shaft, loose mounting bolts, damaged or unbalanced impeller, clogging from debris or plastic mats, and low liquid level causing cavitation. Check motor bearings and coupling alignment, confirm correct shaft immersion depth and speed setting, and verify the impeller type matches the process. If problems persist, document operating conditions and contact the manufacturer for further diagnostics or spare parts.

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