Planetary Ball Mills
High Energy Planetary Ball Mill Laboratory Powder Grinding Equipment
Item Number: PP-BM38
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Product Overview
This high-energy planetary ball mill is a premium laboratory sample preparation system designed for high-impact pulverization, ultrafine grinding, and homogeneous mixing. By combining rotational rotation and multidirectional planetary revolution, the equipment generates intense impact and friction forces within the grinding jars. This high kinetic energy effectively overcomes intermolecular bonding forces, allowing operators to achieve uniform particle size reduction down to submicron and nanometer scales for hard, soft, brittle, and fibrous materials.
Built specifically for material science research, powder metallurgy, battery component synthesis, advanced ceramics, and chemical development, this unit accommodates both dry and wet grinding operations. Its robust structural design allows for processing low-to-medium hardness, brittle, dry, or low-viscosity sample materials with total operational stability. Research laboratories rely on this system for demanding applications such as mechanical alloying, mechanochemical synthesis, and particle surface modification.
Constructed with premium industrial-grade components and an IP65 protection rating, this system delivers uncompromised reliability and precision during long-term continuous processing. The integrated European-standard drive mechanism guarantees quiet vibration-free operation at high speeds up to 900 r/min. Integrated safety protection circuits, smart thermal management, and intelligent power-off memory ensure consistent performance even under rigorous daily laboratory workloads.
Key Features
- High-Impact Planetary Kinematics: Superimposed rotational dynamics generate extreme gravitational dynamic forces, accelerating grinding media to achieve rapid particle size reduction from < 10 mm feed sizes down to 0.1–20 µm.
- Dual-Jar High-Capacity Architecture: Equipped with two dedicated grinding jar stations supporting up to 500 ml per jar and a maximum system processing volume of 2000 ml for optimized batch throughput.
- Advanced European Drive Mechanism: Built around a precision-engineered drive unit for consistent power transmission, minimized vibration, low operational noise, and long-term durability under continuous high-speed loads.
- Comprehensive Thermal Management: Integrated active heat dissipation system maintains operating temperature stability, preventing thermal degradation of heat-sensitive powder samples during extended high-speed grinding cycles.
- Flexible Grinding Environment Options: Fully supports dry and wet grinding methodologies across fine crushing, ultrafine grinding, and liquid-phase dispersion tasks.
- Multifunctional Digital Control System: Features programmable continuous and intermittent operation, precise timer controls, automated power-off memory retention, emergency stop execution, and intelligent overload protection.
- Contamination-Free Jar & Media Selection: Fully customizable with grinding jars and balls crafted from tungsten carbide, zirconia, agate, stainless steel, and MC nylon to match exact purity and hardness requirements.
- Robust Safety & Compliance Rating: Engineered to meet CE standards with an IP65 enclosure protection rating to shield internal mechanical and electrical systems against dust ingress and liquid splash.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Mechanical Alloying | High-energy kinetic impact of grinding media induces solid-state reaction and phase transformation between metal powders. | Enables synthesis of non-equilibrium phase materials and oxide dispersion-strengthened alloys without melting. |
| Battery Electrode Preparation | Fine wet and dry grinding of active cathode/anode precursor powders such as LFP, NMC, and solid-state electrolytes. | Ensures narrow particle size distribution, optimizing tap density and ionic conductivity in energy storage devices. |
| Advanced Structural Ceramics | Ultrafine reduction of alumina, zirconia, silicon carbide, and boron nitride ceramic powders prior to compaction. | Improves green compact density, reduces sintering temperature, and eliminates structural micro-flaws. |
| Nanometer Carbon Black Processing | Long-duration high-energy grinding disrupts intermolecular agglomerates to refine carbon black to nanoscale dimensions. | Substantially increases specific surface area and electrical conductivity for conductive polymers and inks. |
| Magnetic Material Synthesis | Size refinement of ferrite and rare-earth magnetic powders down to single-domain physical scales. | Increases coercivity, introduces favorable internal stress, and enhances high-frequency electromagnetic absorption properties. |
| Mechanochemical Synthesis | Mechanical force initiation of chemical reactions at ambient temperatures without requiring organic solvents. | Offers a sustainable, high-yield path for synthesizing complex metal-organic frameworks and chemical compounds. |
| Geological & Mineral Pulverization | Crushing and homogenizing rock, ore, soil, and ceramic core samples prior to elemental and spectroscopic analysis. | Delivers rapid, representative sample homogeneity while avoiding cross-contamination through inert media choices. |
Technical Specifications
| Specification Parameter | Technical Data Value |
|---|---|
| Product Model Identifier | PP-BM38 |
| Operating Principle | High-Impact Force and Friction Force |
| Motion Pattern | Planetary Motion Kinematics |
| Drive Mechanism | European Standard Drive Assembly |
| Process Functions | Crushing, Grinding, Homogenizing, Mixing |
| Grinding Modes | Dry Grinding / Wet Grinding |
| Maximum Feed Size | < 10 mm |
| Discharge Particle Size Range | 0.1 µm – 20 µm |
| Maximum Processing Volume | 2000 ml |
| Grinding Jar Capacity | 500 ml |
| Number of Grinding Jars | 2 Stations |
| Maximum Jar Rotational Speed | 900 r/min |
| Sample Material Characteristics | Fine, low-to-medium hardness, brittle, dry, or low viscosity |
| Grinding Jar Material Options | Tungsten Carbide, Zirconia, Agate, Stainless Steel, MC Nylon |
| Grinding Media Material Options | Tungsten Carbide, Zirconia, Agate, Stainless Steel |
| System Features & Functions | Continuous & Intermittent Operation, Emergency Stop, Digital Timer, Power-off Memory, Overload & Hazard Protection |
| Auxiliary Function | Active Heat Dissipation / Internal Cooling |
| Protection Class | IP65 |
| Compliance Standard | CE Certification |
| Electrical Specifications | 100-120V / 200-240V AC, 50-60 Hz, 750W |
| Power Connection Types | National Standard (GB), European (EU), American (US), British (UK) optional |
| Net Weight | 90 kg |
| Dimensions (W × D × H) | 570 mm × 570 mm × 420 mm |
Why Choose This Product
- Superior Kinetic Efficiency: Engineered planetary gear ratio converts electrical input into high rotational kinetic energy, significantly reducing milling durations compared to conventional lab mills.
- Unmatched Material Purity Control: Wide selection of high-density, wear-resistant jar and media materials prevents unwanted metal contamination during ultra-clean powder processing runs.
- Industrial Grade Safety Integrity: Designed with IP65-rated housing, safety interlocks, and emergency stop features to protect laboratory technicians during high-speed operation.
- Exceptional Operational Versatility: Supports both dry grinding under inert environments and wet slurry dispersion with fully programmable cycle times and rotational directions.
- Precision Manufacturing & Reliability: Built using heavy-duty mechanical frame components and European drive mechanics to deliver vibration-free consistency over years of continuous research use.
Contact our application engineering team today to request a quote, evaluate sample grinding performance, or customize a dedicated mill package tailored to your exact powder processing requirements.
REQUEST A QUOTE
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