Planetary Ball Mills
High Energy Horizontal Planetary Ball Mill Laboratory Powder Grinding Equipment
Item Number: PP-BM30
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Product Overview
This high-energy horizontal planetary ball mill is an advanced laboratory sample preparation system engineered for high-impact milling, mechanical alloying, fine grinding, and multi-component powder homogenization. Utilizing dynamic spatial rotation along a horizontal Y-axis, the equipment subjects samples to high dynamic accelerations, combining localized impact forces, intense friction, and gravitational influence. By rotating horizontally, the system continuously counteracts gravitational settling inside the jars, providing exceptionally uniform kinetic energy distribution across all grinding media and sample particles.
Designed for demanding research and industrial laboratories, the unit processes fine, brittle, dry, or low-viscosity materials with initial feed sizes under 10 mm, rapidly reducing particle sizes to submicron and nanoscale ranges between 0.1 µm and 20 µm. Primary application areas include material science research, advanced technical ceramics, powder metallurgy, battery material synthesis, soft and hard magnetic material development, and mineralogical sample preparation. The versatility of handling up to four independent grinding stations simultaneously makes it an indispensable asset for high-throughput testing and precise experimental replication.
Built with uncompromising engineering standards, the equipment incorporates a high-torque European-standard drive system, reinforced structural housing, active heat dissipation, and sound-absorbing insulation. Featuring an IP65 protection rating and full CE compliance, this system delivers dependable, reproducible operation under continuous heavy-duty grinding schedules while maintaining strict operational safety and thermal stability.
Key Features
- Y-Axis Horizontal Planetary Motion: Innovative horizontal axis rotation continuously alters the vector of gravitational and centrifugal forces, preventing powder compaction at the bottom of the jars and ensuring homogenous, high-energy impact throughout the milling volume.
- High-Speed European Drive System: Driven by a precision-engineered European standard transmission, the system reaches jar rotational speeds up to 800 rpm, imparting intense energy into grinding media for ultra-fast size reduction and mechanical alloying.
- Quad Station Modular Processing: Equipped to hold four 500 ml grinding jars concurrently, offering a maximum combined processing volume of 2000 ml to facilitate batch comparisons or high-volume throughput.
- Comprehensive Material Selection: Accommodates interchangeable grinding jars and balls in high-density materials—including Tungsten Carbide, Zirconia, Agate, Stainless Steel, and MC Nylon—preventing cross-contamination and maintaining material purity.
- Dual Dry and Wet Milling Capability: Seamlessly operates in both dry powder environments and wet liquid suspensions, providing maximum adaptability for mechanochemical reactions, dispersion, and liquid-phase slurry preparation.
- Programmable Digital Controller: Features comprehensive operational modes including continuous operation, programmable interval cycling, precise digital timing, and power-off memory retention for exact process repeatability.
- Integrated Safety & Protection Suite: Built-in emergency stop button, electronic overload protection, and hazardous operation safety interlocks protect both operator and drive components from electrical or mechanical damage.
- Vibration Absorption & Heat Dissipation: Internal acoustic dampening materials drastically reduce operational noise, complemented by integrated LED workspace illumination and active cooling channels for continuous thermal management.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Battery Material Processing | Ultrafine milling of carbon black, active cathode materials, and solid-state electrolytes down to submicron scale. | Significantly increases specific surface area and electrochemical activity while overcoming intermolecular aggregation forces. |
| Magnetic Materials Synthesis | High-energy kinetic grinding of ferrite and rare-earth alloys to transition magnetic domains from multi-domain to single-domain structures. | Increases coercivity and magnetic loss properties while boosting exchange coupling for improved high-frequency absorption. |
| Advanced Technical Ceramics | Homogeneous wet or dry pulverization of alumina, zirconia, silicon nitride, and carbide ceramic powders (<10 mm feed). | Delivers tight submicron particle size distributions (0.1–20 µm) that enhance sintering reactivity and final mechanical strength. |
| Mechanochemical & Powder Metallurgy | Mechanical alloying, solid-state chemical reactions, and intermetallic synthesis under continuous high-impact planetary friction. | Enables atomic-level elemental mixing and solid solution formation without requiring high thermal melting processes. |
| Geological & Mining Analysis | High-throughput crushing and pulverizing of brittle minerals, ores, rocks, and soil samples for downstream analytical testing. | Ensures completely cross-contamination-free sample preparation when utilizing high-purity agate or tungsten carbide media options. |
| Pharmaceutical & Chemical R&D | Rapid particle size reduction and uniform dispersion of dry powders or low-viscosity organic/inorganic compounds. | Delivers consistent batch-to-batch repeatability with programmable interval cycles and automated memory functions. |
Technical Specifications
| Parameter | Specification |
|---|---|
| Model Identifier | PP-BM30 |
| Processing Principle | Impact Force, Friction Force, Gravity |
| Planetary Disk Motion | Y-Axis Horizontal Planetary Motion |
| Transmission Drive Type | European Standard Drive |
| Applicable Sample Characteristics | Fine, Medium-Low Hardness, Brittle, Dry or Low-Viscosity |
| Processing Operations | Crushing, Fine Grinding, Mixing (Dry and Wet Grinding) |
| Maximum Feed Particle Size | < 10 mm |
| Output Particle Size Range | 0.1 µm – 20 µm |
| Maximum Total Processing Volume | 2000 ml |
| Grinding Jar Count | 4 Units |
| Single Jar Volume | 500 ml |
| Maximum Jar Rotational Speed | 800 r/min |
| Grinding Jar Material Options | Tungsten Carbide, Zirconia, Agate, Stainless Steel, MC Nylon, etc. |
| Grinding Media Material Options | Tungsten Carbide, Zirconia, Agate, Stainless Steel, etc. |
| Control & Functional Features | Continuous & Interval Running, Emergency Stop, Timer, Power-off Memory, Overload & Hazard Operation Protection |
| Comfort & Convenience Features | Built-in LED Lighting, Vibration Reduction & Sound Absorption, Active Heat Dissipation |
| Ingress Protection Level | IP65 |
| Standard Compliance | CE Certified |
| Electrical Power Specifications | 100–120V / 200–240V AC, 50–60 Hz |
| Power Consumption | 750 W |
| Power Interface / Plug Options | GB Standard, EU Standard, US Standard, UK Standard, etc. |
| Net Equipment Weight | 106 kg |
| Overall Dimensions (L × W × H) | 720 mm × 560 mm × 510 mm |
Why Choose This Product
- Superior Kinetic Efficiency: The horizontal Y-axis planetary geometry overcomes gravitational settling common in vertical mills, driving maximum energy transfer into every impact for ultra-fast size reduction.
- Contamination-Free Material Engineering: With a wide spectrum of pure jar and grinding media options—ranging from ultra-hard Tungsten Carbide to inert Agate—samples remain completely free from elemental cross-contamination.
- Robust Industrial Build Quality: Featuring IP65 dust and moisture seal protection, heavy-duty structural dampening, and high-grade European drive mechanisms, this unit is engineered for long service life in harsh laboratory environments.
- Complete Process Control & Safety: Digital interval programming, power-off memory retention, and multi-tiered electrical safety protection ensure seamless compliance with modern laboratory quality management systems.
- Full Customization & Global Compatibility: Supplied with customizable power plugs, multi-voltage compatibility, and customizable media kits to integrate instantly into international research facilities.
Contact our technical engineering team today to receive a personalized quote or to discuss custom grinding media configurations tailored to your material synthesis requirements.
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