• Tencan 20L Light Stirred Ball Mill with Alumina Ceramic Liner amp Water Jacket for Ultra-Fine Particle Size Reduction
  • Tencan 20L Light Stirred Ball Mill with Alumina Ceramic Liner amp Water Jacket for Ultra-Fine Particle Size Reduction
  • Tencan 20L Light Stirred Ball Mill with Alumina Ceramic Liner amp Water Jacket for Ultra-Fine Particle Size Reduction
  • Tencan 20L Light Stirred Ball Mill with Alumina Ceramic Liner amp Water Jacket for Ultra-Fine Particle Size Reduction
  • Tencan 20L Light Stirred Ball Mill with Alumina Ceramic Liner amp Water Jacket for Ultra-Fine Particle Size Reduction
  • Tencan 20L Light Stirred Ball Mill with Alumina Ceramic Liner amp Water Jacket for Ultra-Fine Particle Size Reduction
Tencan 20L Light Stirred Ball Mill with Alumina Ceramic Liner amp Water Jacket for Ultra-Fine Particle Size Reduction

Tencan 20L Light Stirred Ball Mill with Alumina Ceramic Liner amp Water Jacket for Ultra-Fine Particle Size Reduction

Product Details:

Place of Origin: Hunan, China
Brand Name: TENCAN
Certification: CE ISO
Model Number: JM-20

Payment & Shipping Terms:

Minimum Order Quantity: 1 set
Price: Negotiable
Packaging Details: Plywood Case+Foam
Delivery Time: 7-10 work days
Payment Terms: T/T, Western Union
Supply Ability: 100 sets per month
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Detail Information

Product Name: Light Type Stirred Ball Mill Model No.: JM-20
Voltage: 380V-50Hz Power: 2.2KW
Rotate Speed: 60-380 Rpm Speed Control: Frequency Control
Total Volume: 20L Max Capacity: 7L
Highlight:

Alumina Ceramic Liner Stirred Ball Mill

,

Ultra Fine Particle Stirred Ball Mill

,

20L Light Stirred Ball Mill

Product Description

20L Light Stirred Ball Mill 380V-2.2KW With Alumina Ceramic Liner & Water Jacket

 

Overview 

 

The Light Stirred Ball Mill is primarily composed of a grinding chamber containing internal milling media, an agitation mechanism, and supplementary components including material recirculation systems, temperature regulation units, programmable timers, and variable speed controls. This equipment delivers exceptional processing efficiency and ultra-fine particle size reduction capabilities, making it perfectly suited for diverse industrial applications. Its compact design, energy-efficient operation, and cost-effectiveness establish it as an exemplary solution for material development and coating research across academic institutions, corporate R&D facilities, and industrial laboratories.

 

Working Principle 

 

Through high-velocity rotation of the central drive shaft, the milling media undergoes chaotic motion within the chamber, subjecting processed materials to intensive crushing, grinding, and shear forces that yield micron-scale powders. Grinding performance is directly influenced by media dimensions, geometric configuration, and optimal media combinations. As a general principle, increased media dimensions correlate with finer particulate outputs. Precise calibration of media combinations coupled with rotational velocity optimization ensures superior grinding performance.

 

Applications 

 

This advanced milling system finds extensive application across multiple industries including advanced ceramics (zirconium silicate, alumina composites), specialty chemicals, electronic components, magnetic materials, paper coatings, mineral processing, novel material development, surface treatments, graphite modification, pharmaceutical preparations, calcium carbonate refinement, among other specialized fields.

 

Features 

 

Exceptional energy conversion efficiency for reduced operational costs
Precise particle size control through adjustable processing duration
Advanced vibration damping for quiet operation
Intuitive design for simplified user operation
Flexible configuration for batch or continuous processing modes
Temperature-regulated jacketed chamber for thermal management
Custom engineering solutions including programmable controls, speed modulation, material recovery systems, and thermal regulation
Multi-material chamber options including 316L stainless steel, alumina ceramics, polyurethane linings, and yttria-stabilized zirconia components

 

 

 

Technical Parameters

 

Technical Parameters of Tencan Light Type Stirred Ball Mill
Model No. Rotate Speed
(RPM)
Total
Volume
(L)
Max Load
Volume
(L)
Power Supply Available Jars Feed Sizes
(mm)
Output
Granularity
(μm)
Control Mode
JM-5L 60-560 5 1.75 220V/0.75KW Stainless Steel Jar
Nylon Mill Jar
Corundum Mill Jar
PU Mill Jar
Zirconia Mill Jar
Agate Mill Jar
PTFE Mill Jar
≤5mm ≤1μm Frequency Converter
or Fixed Speed setting
at buyer's option
JM-10L 60-560 10 3.50 220V/1.5KW ≤10mm ≤1μm
JM-15L 60-380 15 5.25 380V/2.2KW ≤10mm ≤1μm
JM-20L 60-380 20 7.00 380V/2.2KW ≤10mm ≤1μm

 

Available Mill Jars & Balls

 

As a professional manufacturer of planetary ball mill, we not only supply various kinds of planetary ball mills, but also provide all kinds of accessories of mill jars and mill balls in full sizes.

Available mill jars: 304 or 316L stainless steel mill jars, agate mill jars, , Alumina ceramic mill jars (corundum ) zirconia mill jars, silicon nitride mill jars, nylon mill jars, PU mill jars, tungsten carbide mill jars, PTFE mill jars, and etc.

 

Tencan 20L Light Stirred Ball Mill with Alumina Ceramic Liner amp Water Jacket for Ultra-Fine Particle Size Reduction 0

 

Available mill balls in full sizes: Tungsten carbide balls, Agate balls, Zirconia balls, Stianless steel Balls, Alumina balls, and etc.

 

Recommendation For Matching Solutions About Mill Jars & Materials
Categories of Materials Recommended Mill Jars
Soil and other Materials which are not allowed with any impurity Agate mill jar
Metal & nonmetal materials which are not allowed with any impurity Zirconia mill jar
High hardness materials like diamond, tungsten carbide Tungsten carbide mill jar
Strong add & alkali materials or other materials at high temperature PTFE mill jar
Iron ore materials with lower impurity sensitivity 304 Stainless steel mill jar
Pigment or other materials with later process under high temperature Nylon mill jar
Aluminum materials like ceramic glaze Corundum mill jar
Electronic materials like lithium battery Polyurethane mill jar
Easily oxidized materials or some special materials which need to be protected under special atmosphere. Vacuum mill jar

 

References About Grinding Medias & Materials
Materials of
Grinding Media
Hardness
(Mohs)
Features
Zirconia Balls ≥9.0 Super wear-resistance, without any impurity, corrosion & high temperature resistance.
Stainless Steel Balls ≥6.0 Wear-resistant, general corrsion resistance, high temperature resistance.
Agate Balls ≥7.0 Super wear-resistance, used for medicine,food and other materials which can not be contaminated with metal, corrosion, and high temperature resistance.
Alumina Balls ≥8.5 Wear-resistant, corrsion resistance and high temperature resistance.
Tungsten Carbide Balls ≥9.0 Super wear-resistance, without any impurity, corrosion & high temperature resistance.

 

Tencan 20L Light Stirred Ball Mill with Alumina Ceramic Liner amp Water Jacket for Ultra-Fine Particle Size Reduction 1

 

Matching Solutions for Mill Jars & Balls
Items Agate Balls Alumina Balls Stainless Steel Balls Zirconia Balls Tungsten Carbide Balls
Agate Mill jar        
Corundum Mill Jar    
Stainless Steel Mill Jar        
Zirconia Mill Jar      
Nylon Mill Jar      
PTFE Mill Jar      
Polyurethane Mill Jar      
Tungsten Carbide Mill Jar      
√ means: most suitable ▲ means: suitable

 

 

 

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