Large Tank Mixers for Chemical Factory, SS Blades, Deep Mix 1

Large Tank Mixers for Chemical Factory, SS Blades, Deep Mix 2

Large Tank Mixers for Chemical Factory, SS Blades, Deep Mix 3

Large Tank Mixers for Chemical Factory, SS Blades, Deep Mix 4

Large Tank Mixers for Chemical Factory, SS Blades, Deep Mix 5

Large Tank Mixers for Chemical Factory, SS Blades, Deep Mix 6

Large Tank Mixers for Chemical Factory, SS Blades, Deep Mix

Large tank mixers for chemical factories are heavy-duty agitators built for deep-mix vessels, equipped with corrosion-resistant stainless steel (SS) blades and sturdy shafts to handle viscous or corrosive fluids. They provide powerful, uniform mixing through the full tank depth with adjustable speed and impeller options to reduce dead zones and ensure consistent product quality. Key selling points: durable SS construction for longevity and cleanliness, high-efficiency deep mixing for faster homogeneity, customizable motors and controls, easy maintenance, and available safety/explosion-rated configurations to boost uptime and compliance.

shipping:

Ocean freight

brand name:

QILEE

model number:

QLJ 70-400-87

Payments:

L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA

Place of Origin:

China

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Thick Liquid

12000 L

Thin Liquid

25000 L

Diameter of Impeller

2000 mm

Diameter of Shaft

45 mm

Length of Shaft

2200 mm

Rotating Speed

17 rpm

Speed Ratio

Materials

SS304

Certification

Max. Loading Capacity

25000L

After-sales Service Provided

Engineers available to service machinery overseas

Power(W)

3.7KW

additional capabilities

powder-liquid mixing/solid-liquid mixing

product type

liquid mixing machine

mixer type

Paddle

voltage

220V

Application

widely applicated

Condition

New

warranty

one year

place of origin

Shanghai, China

Industrial Stainless Deep Mixing

This Portable mixer delivers smooth, steady rotation and even stirring in deep, high-volume chemical tanks, accelerating dissolution and stabilizing reactions customers depend on. Stainless steel blades and axis, corrosion-resistant construction, and compatibility with underwater support seats ensure durable, high-quality performance for heavy-duty agitation. Packaged in secure, skid-friendly crates with a compact cylindrical shape and modular industrial style, it includes clear specifications and accessories for quick on-site installation across water supply, drainage, mixing dissolution reaction tanks and other chemical processes.

Large Deep Stainless Mixer

This Portable mixer is a large-tank solution for chemical factories, equipped with stainless steel (SS) blades and axis to deliver corrosion-resistant, smooth and steady rotation that ensures even stirring in deep and high-volume tanks. Matched with an underwater support seat it enables deep-mix agitation for dissolution and reaction tanks across water supply, drainage and various chemical processes, offering selectable models to suit different capacities while minimizing mixing time and maintenance. Its robust, balanced blade geometry and stable drive structure provide reliable on-site operation, easy accessory integration and practical portability for rapid deployment and servicing.

Large Stainless Steel Mixers

This Portable mixer is a large tank mixer designed for chemical factories, offering smooth and steady rotation and even stirring for high-volume and deep liquid agitation. The blades and axis are made of stainless steel, and the unit can be paired with an underwater support seat for reliable operation at depth while available in a selection of models to suit different process requirements. The mixing tank is suitable for water supply and drainage engineering, dissolution and reaction mixing, and handling various chemicals, with accessories available for customization.

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Efficient Durable Deep Mixing

Born from decades of industrial mixing expertise, our brand engineered this Large Tank Mixer with heavy-duty stainless steel (SS) blades and deep-mix geometry to meet chemical factory standards while functioning as a Portable mixer for rapid redeployment across sites. Key features include corrosion-resistant SS construction, deep impeller design for uniform dispersion, large tank capacity, modular drives for easy maintenance, and precise speed control. These advantages deliver faster batch times, minimized cross-contamination, lower operating costs, and reliable, safe performance in demanding chemical processes.

Material introduction

Constructed with high-grade stainless steel blades and shaft, the unit offers excellent corrosion resistance and long service life in aggressive chemical and wastewater environments. Critical wetted parts and sealing components are made from chemical-resistant materials and precision bearings to ensure smooth, steady rotation and reliable operation even at great volumes and depths when paired with an underwater support seat. This Portable mixer combines durable stainless components and robust sealing to meet the demands of mixing, dissolution, and reaction tanks in water supply, drainage, and chemical processing applications.

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FAQ

What types of chemical processes and application scenarios are large tank mixers with SS blades and deep-mix designs best suited for?

These mixers are ideal for large-volume operations such as bulk blending, dissolution of powders, solids suspension, neutralization, heat transfer enhancement, polymerization, and reaction mixing in chemical plants. The deep-mix geometry lets the impeller reach far below the liquid surface to break up dead zones in tall or high-aspect-ratio tanks, making them especially useful for deep storage tanks, reaction vessels, and preparation tanks handling viscous or settling materials.

Are stainless-steel (SS) blades suitable for handling corrosive or aggressive chemicals?

Stainless-steel blades are commonly used because of their good corrosion resistance, mechanical strength, and cleanability. For mildly corrosive environments 304 SS often works; for stronger acids, chlorides, or more aggressive chemistries, 316/316L or duplex stainless steels are recommended. In highly corrosive or specialty chemistries, alternative materials or linings (Hastelloy, titanium, polymer coatings) may be required — material selection should be based on chemical compatibility, temperature, and concentration.

How does a deep-mix configuration change mixing performance compared with standard shallow impellers?

Deep-mix configurations place the impeller lower and often use longer shafts to drive flow throughout the tank height. This reduces dead zones at the bottom and mid-height, improves solids suspension and uniformity, and increases axial flow for bulk blending in tall vessels. It can also reduce vortexing at the surface. Performance depends on impeller type, diameter, speed and the presence of baffles; selecting the right impeller geometry for axial or radial flow is key to meeting process objectives.

What installation considerations and tank modifications are typically required?

Common installation options include top-mounted, side-mounted, and bottom-mounted shafts. You’ll need accurate shaft length, appropriate bearing supports or quill/steer columns, motor/gearbox mounting, and tank penetrations with reliable seals or sanitary fittings. Baffles and feed locations often must be optimized to avoid vortexing and improve mixing. For hazardous environments, explosion-proof motors, venting and earthing arrangements, and certified mechanical seals or canned motor options are frequently required.

What maintenance, cleaning and inspection practices are recommended for these mixers in a chemical plant?

Establish a preventive schedule for visual inspection, vibration checks, seal and bearing condition, and coupling alignment. Replace wear parts (seals, bearings, propellers) at recommended intervals. For hygiene or reactive chemistries, use CIP (clean-in-place) where possible, and perform passivation or surface treatments as needed to maintain corrosion resistance. Keep spare mechanical seals and impeller parts on hand to minimize downtime.

Can large tank mixers be customized to meet specific process safety and performance requirements?

Yes. Mixers can be configured with different impeller types (pitched blade, hydrofoil, propeller, anchor), variable-speed drives (VFD) for process control, special shaft lengths, and material upgrades (high-alloy metals, coatings). Safety customizations include explosion-proof motors, ATEX/IECEx certification, secondary containment, flush or double mechanical seals, and instrumentation (torque, speed, temperature). Work with suppliers to validate seal selection, power sizing, and certifications to meet regulatory and process needs.

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