Chemical Stand Mixer for Power Plants - SS Paddles, Ex-Proof 1

Chemical Stand Mixer for Power Plants - SS Paddles, Ex-Proof 2

Chemical Stand Mixer for Power Plants - SS Paddles, Ex-Proof 3

Chemical Stand Mixer for Power Plants - SS Paddles, Ex-Proof 4

Chemical Stand Mixer for Power Plants - SS Paddles, Ex-Proof 5

Chemical Stand Mixer for Power Plants - SS Paddles, Ex-Proof 6

Chemical Stand Mixer for Power Plants - SS Paddles, Ex-Proof

Under the dim glow of a night-shift lamp, the stand mixer hums like a trusty partner, ready when the plant needs it most. With gleaming SS paddles that slice through thick chemicals and an ex-proof shell that guards every turn, it mixes fast and safe. Built tough for power plants, it keeps processes steady, cuts downtime, and gives crews calm confidence at every shift.

shipping:

Ocean freight

brand name:

QILEE

Payments:

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

Place of Origin:

China

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Diameter of Paddle

750-2500 mm

Thick Liquid

35000 L

Thin Liquid

75000 L

Diameter of Shaft

80 mm

Length of Shaft

4000 mm

Rotating Speed

134,88,65,51,43,35,25,21,17 rpm

Speed Ratio

11,17,23,29,35,43,59,71,87

Materials

SS304

Certification

CE ISO

Max. Loading Capacity

75000L

After-sales Service Provided

Engineers available to service machinery overseas

dimension(l*w*h)

4000mm

additional capabilities

Other

product type

stand mixer

mixer type

Agitator

voltage

220V

Power

11KW

Application

Powder,Liquid

Product name

stand mixer

Condition

New

warranty

1 Year

place of origin

Shanghai, China

Safe, Reliable, Compact, Corrosion-Resistant

This Industrial mixer delivers smooth, even mixing with durable SUS304 stainless-steel paddles and shaft for long service life and safe operation in explosive‑proof tanks. Available in vertical, side‑entry or portable styles with ex‑proof motor options and optional SUS316 or rubber coatings, it handles large, deep tanks and precise chemical dosing for power plants and sewage treatment. Packaged in standard export cartons and shipped within 3–20 days, it combines rugged quality, fast delivery and responsive technical support to minimize downtime and ensure compliant, dependable performance.

Explosion-Proof Stainless Steel Mixer

This Chemical Stand Mixer for power plants is an Industrial mixer built with SUS304 stainless steel paddles and shaft (SUS316 or rubber coating optional) and an explosion‑proof drive option to deliver smooth, even agitation and extended service life in large or deep tanks. Its stout support frame and configurable layouts (vertical, side‑entry or portable) combined with electric or pneumatic motor choices form a rugged structural design that ensures reliable operation, corrosion resistance and easy maintenance. By offering safety certifications, material customization and versatile mounting, the unit adds value through dependable mixing performance, reduced downtime and suitability for water treatment, chemical dosing and reaction tanks.

Explosion-Proof Stainless Steel Mixer

This Industrial mixer is a chemical liquid stand mixer designed for power plants, featuring stainless steel paddles and shaft for smooth running and even mixing in large, deep tanks. Constructed from SUS304 (with SUS316 or rubber coating available on request) and strong agitator support, it delivers long service life and is suitable for explosion-proof mixing and reaction tanks in water supply, sewage and chemical processes. Available with electric or pneumatic drives and ex‑proof motor options, the unit can be customized to media, tank dimensions and operational requirements.

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Efficient Durable Corrosion-Resistant Explosion-Proof

This Chemical Stand Mixer for Power Plants is a precision-engineered Industrial mixer with corrosion-resistant SS paddles and a compact stand design, created by a specialist manufacturer focused on durability and process reliability in harsh chemical and power-plant environments. Its Ex-Proof motor and sealed drive provide safe, dependable agitation in hazardous atmospheres while offering variable-speed control, low-maintenance operation, and long service life. Key features and advantages include robust construction, chemical and corrosion resistance, energy-efficient performance, quick installation, and enhanced safety that deliver stable homogenization, reduced downtime, and consistent process outcomes.

Material introduction

This Chemical Stand Mixer features stainless steel paddles and a stainless shaft—standard SUS304 with optional SUS316 or rubber coating—to deliver superior corrosion resistance and extended service life in chemical dosing and mixing operations. Robust support construction and explosion‑proof motor options make this Industrial mixer suitable for large, deep tanks and hazardous power‑plant environments. The SS material selection and coating choices ensure compatibility with aggressive media, reduce maintenance, and provide reliable performance in reaction, mixing and sewage applications.

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FAQ

What specific power-plant applications is the Chemical Stand Mixer with SS paddles and explosion-proof motor best suited for?

It is commonly used for mixing and homogenizing process liquids in power-plant systems such as flue gas desulfurization (FGD) slurry tanks, neutralization and chemical dosing tanks, boiler-feedwater chemical blending, cooling tower water treatment, ash/slurry handling tanks, and flocculant or polymer preparation. The design is intended for continuous stirring of low-to-medium viscosity liquids and suspensions typical in these processes.

How does the explosion-proof (Ex-proof) feature affect where I can install this mixer in a plant?

The Ex-proof motor and enclosure are designed for hazardous atmospheres where flammable gases, vapors or combustible dusts may be present. When supplied with the proper certifications (ATEX, IECEx or equivalent local approvals), it can be installed in designated hazardous zones per the certificate limitations. Final installation must follow the certification’s zone, temperature-class and installation instructions, and be carried out by qualified technicians. Always verify the unit’s specific certificate and ensure correct wiring, earthing, and any required purge/pressurization or Ex-rated accessories are used.

Are the stainless-steel (SS) paddles suitable for all chemicals used in power plants?

Stainless-steel paddles (commonly SS304 or SS316) provide good corrosion resistance for many power-plant chemicals (acids, alkalis, chloride-containing solutions, anti-scaling and corrosion inhibitors). However, compatibility depends on concentration, temperature and exposure time. For highly aggressive chemicals (strong oxidizers, concentrated acids or specialty solvents) or unusual conditions, alternate alloys or linings may be recommended. Consult the manufacturer with the specific chemical composition and operating conditions to confirm material suitability.

What installation and mounting considerations should be followed for safe, reliable operation?

Typical considerations include selecting the correct shaft length and paddle size for tank geometry, securing the stand and baseplate to prevent vibration, aligning the shaft and coupling, using the recommended tank flange or support clamp, and ensuring proper sealing where the shaft passes through a tank wall or cover. Follow the Ex-proof certificate instructions for cable entry, conduit, and gland use. Provide adequate clearance for paddles and avoid dead zones. Engage qualified electricians for power connection and a mechanical engineer for structural mounting if required.

What maintenance and inspection schedule is recommended for these mixers in plant service?

Regular checks should include visual inspection for paddle or shaft wear, corrosion or buildup; verification of motor temperature and vibration; inspection and replacement of seals, bearings and gland packing as needed; checking fasteners and mountings; and ensuring electrical connections remain tight and certified. Clean paddles and shafts periodically to avoid performance loss from deposits. Follow the manufacturer’s maintenance intervals and keep records. Any maintenance in hazardous areas must follow hot-work and Ex-safe procedures and be performed by trained personnel.

Can this mixer be integrated into plant control systems and what control options are available in hazardous areas?

Yes — mixers can be controlled via local starters, Ex-rated motor starters, or through variable-frequency drives (VFDs). Note that VFDs and control equipment used inside classified zones must be certified for that zone; often it is safer to locate VFDs and PLCs in a safe area and use Ex-certified starters or intrinsically safe interfaces in the hazardous area. Integration options include local speed control, remote start/stop, fault monitoring, motor temperature sensors and connection to the plant DCS/PLC. Work with your instrumentation and electrical teams to ensure all control components meet the required hazardous-area certifications and wiring practices.

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