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Small Laboratory Planetary Ball Mill with High Alumina Ceramic Jars, Microcomputer Control, and 2 Grinding Stations for Soil Sample Preparation

Small Laboratory Planetary Ball Mill with High Alumina Ceramic Jars, Microcomputer Control, and 2 Grinding Stations for Soil Sample Preparation

small soil grinding machine with zirconia

laboratory planetary ball mill ceramic

high alumina agate ball mill

Place of Origin:

China

Brand Name:

Zoli

Certification:

ISO 9001 CE

Model Number:

XQM

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Product Details
Working Principle:
Planetary Motion
Numberofgrindingjars:
2
Productname:
Planetary Ball Mill Machine
Coolingsystem:
Air Cooling
Warranty:
1 Year
Grindingmaterial:
Steel, Zirconia, Alumina
Control System:
Microcomputer
Grinding Stations:
2
Power Supply:
220V/110V, 50/60Hz
Capacity:
2 X 80ml
Type:
Bench-top
Grinding Ball Diameter:
3mm-10mm
Model:
QM-3SP2
Powersupply:
220V/50Hz
Max Load Capacity:
2 Kg
Highlight:

small soil grinding machine with zirconia

,

laboratory planetary ball mill ceramic

,

high alumina agate ball mill

Payment & Shipping Terms
Minimum Order Quantity
1 set
Packaging Details
carton+wood
Delivery Time
within 15days
Payment Terms
L/C,T/T,Western Union
Supply Ability
200 units per month
Product Description
Small Soil Grinding Machine, High Alumina Ceramic Agate Zirconia Laboratory Small Planetary Ball Mill
This compact laboratory planetary ball mill is specifically engineered for grinding soil samples with precision and contamination-free results. Featuring grinding jars and media available in high alumina ceramic, agate, and zirconia materials, this instrument ensures sample integrity for accurate geochemical analysis.
Application Overview
Designed for pulverizing soil and sediment samples into fine, homogeneous powders suitable for advanced analytical techniques including X-Ray Fluorescence (XRF) and Inductively Coupled Plasma Mass Spectrometry (ICP-MS). The system effectively handles abrasive mineral content while maintaining sample purity.
Technical Operation
Utilizing planetary rotation principles, this benchtop instrument generates high-energy impacts through grinding balls in rotating jars, providing efficient fine grinding of hard, brittle materials. Optimized for small batch processing from grams to hundreds of grams per cycle.
Grinding Material Specifications
Material Key Properties Soil Application Considerations
High Alumina Ceramic (Al₂O₃) High hardness, abrasion resistant, cost-effective Excellent general purpose balance of performance and value May introduce trace aluminum oxides; suitable for most analyses except precise alumina studies
Agate (Natural SiO₂) Extreme chemical inertness, superior purity Ideal for ultra-trace element analysis (ICP-MS) Softer material with reduced durability against highly abrasive soils
Zirconia (ZrO₂ - Yttria Stabilized) Maximum hardness, high density, superior wear resistance Optimal for hard, abrasive soils with maximum grinding efficiency Potential trace zirconium and yttrium contamination; highest impact energy
Material Selection Guide: Choose High Alumina Ceramic for general XRF analysis, Agate for ICP-MS trace element studies, and Zirconia for the most abrasive soils requiring maximum durability.
Typical Analytical Workflow
  1. Sample Preparation: Air-dried soil samples are broken into small chunks
  2. Loading: Soil chunks are placed into appropriate grinding jar with matching grinding balls to prevent contamination
  3. Grinding: Sealed jar operates on planetary mill at controlled speed and duration
  4. Result: Homogeneous ultra-fine powder ready for accurate elemental composition analysis
Product Visualization
Small Laboratory Planetary Ball Mill with High Alumina Ceramic Jars, Microcomputer Control, and 2 Grinding Stations for Soil Sample Preparation 0
Front View
Small Laboratory Planetary Ball Mill with High Alumina Ceramic Jars, Microcomputer Control, and 2 Grinding Stations for Soil Sample Preparation 1
Side View
Small Laboratory Planetary Ball Mill with High Alumina Ceramic Jars, Microcomputer Control, and 2 Grinding Stations for Soil Sample Preparation 2
Operation View
Small Laboratory Planetary Ball Mill with High Alumina Ceramic Jars, Microcomputer Control, and 2 Grinding Stations for Soil Sample Preparation 3
Grinding Mechanism
Small Laboratory Planetary Ball Mill with High Alumina Ceramic Jars, Microcomputer Control, and 2 Grinding Stations for Soil Sample Preparation 4
Control Panel

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