High Viscosity Vacuum Planetary Mixer for Global B2B Buyers

Additional Capabilities:	Vacuum
After-sales Service:	Engineers Available to Service Machinery Overseas, Online Support, video Technical Support
Application:	Granules, Liquid, Powder, Viscous Fluid

Basic Information

Model NO.

EC-100L

Application Area

Agricultural Chemicals, Chemical, Food, Pharmaceutical

Certification

CE, ISO

Condition

New

Control System

Button Control

Cooling Method

Water Cooling

Heating Method

Thermal Oil Heating

Main Material

Carbon Steel, Stainless Steel

Mixing Capacity

100-250L

Safety Features

Emergency Stop, Overload Protection

Speed Control

Variable Speed

Mixing Tank Capacity

5-1100L

Warranty

1 Year

Energy Type

Electric

Mixed Performance

≥99.5%

Specification

1005*1005*1955(mm)

Product Description

Vacuum Planetary Mixer / High Viscosity Planetary Mixer

The dual planetary power mixer is an instrument used for material dissolution, mixing, kneading and reaction processes. It is particularly suitable for materials ranging from powder to high viscosity and high density. Different stirring paddles, such as twist frame type and multi-blade type, can be selected based on specific production processes and material characteristics.

Working Principle: The mixer is equipped with low-speed stirring and high-speed dispersing components. The low-speed component utilizes planetary gear transmission, where the paddle rotates while revolving, ensuring materials move vertically and horizontally for ideal mixing. The high-speed component revolves with the planetary frame while rotating at high speeds, providing strong shearing and dispersion effect several times that of ordinary mixers.

Application Fields

Energy: Various battery slurries (Lithium, Nickel-chromium, Fuel cells, Power batteries).

Electronic Appliances: Solder paste, ceramic slurry, magnetic materials, silicone ink, electronic adhesives, PVC plastics, potting glue.

Chemicals: Sealants, adhesives (silicone, polysulfide, structural), synthetic resins, inks, putties, abrasives, wax products.

Daily Chemicals & Food: Moisturizers, lipsticks, lotions, mascara, toothpaste, seasonings, jams, chocolate pastes.

Technical Specifications

Model	Design Volume (L)	Working Volume (L)	Cylinder Size (mm)	Stirring Power (KW)	Revolution Speed (rpm)	Rotation Speed (rpm)	Dispersion Speed (rpm)
EC-1	3	2	φ180*120	0.75	0-65	0-170	0-2980
EC-3	20	15	φ320*250	2.2	0-65	0-170	0-2980
EC-6	140	100	φ600*500	7.5	0-30	0-95	0-2980
EC-10	500	400	φ950*750	30	0-30	0-65	0-1450
EC-13	1300	1000	φ1300*1000	45	0-20	0-45	0-1100
EC-15	2300	2000	φ1500*1300	75	0-9	0-24	0-960

Our Advantages

⚡ High Efficiency

Planetary gear transmission ensures fast speeds and high mixing efficiency, reducing production costs significantly.

🌀 Superior Mixing

Multi-layer spiral propellers achieve uniform mixing for high-quality results in shorter timeframes.

🌿 Environmental Protection

Closed mixing methods effectively reduce material scattering and air pollution, ensuring a clean workspace.

Certifications

Frequently Asked Questions

What are the advantages of planetary mixers over ordinary mixers?

Planetary mixers feature revolving and rotating blades that simulate planetary motion, creating complex material flow. This significantly improves uniformity, making it ideal for high-precision materials like electronic slurries and high-end cosmetics.

How do I choose the right model based on material characteristics?

Selection depends on viscosity and composition. Low-viscosity materials suit high-speed simple blades, while high-viscosity materials (like sealants) require high-torque models with complex blade structures.

How often do stirring blades need replacement?

Replacement depends on wear. Check regularly for thinning or deformation. Frequent use with abrasive materials might require replacement every few months, whereas mild use can extend blade life to several years.

What causes high temperatures during operation?

High temperatures can stem from high material viscosity increasing resistance, lubrication system failure, or cooling system blockages. Solutions include adjusting formulas, replenishing oil, or dredging cooling pipes.

What is the recommended cleaning process?

Empty remaining material, add a suitable cleaning agent, run at low speed, rinse with water until clear, and dry with hot air. Always ensure safety precautions are followed during the use of chemical agents.

What level of automation can be achieved?

These mixers can achieve high automation including automatic feeding, precise metering, and PLC-controlled parameters for speed, time, and temperature, reducing manual intervention and increasing stability.