Vibration Ball Mill
High Temperature Controlled Atmosphere Vibratory Ball Mill Heated Inert Gas Mechanochemical Reactor
Item Number: PP-VB38
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Product Overview
This high-temperature controlled-atmosphere vibratory ball mill provides an advanced laboratory platform for high-energy mechanochemical reactions, thermal-assisted grinding, and gas-solid reactive milling. By integrating targeted high-temperature heating with precise atmosphere regulation within a sealed grinding chamber, the system allows researchers to execute complex solid-state transformations, alloy synthesis, and surface modifications that are impossible under ambient laboratory conditions.
Designed primarily for materials research laboratories, battery technology institutes, powder metallurgy facilities, and chemical synthesis departments, this equipment bridges the gap between conventional room-temperature ball milling and high-temperature thermal processing. It accommodates continuous gas purging, static inert gas blankets, or positive-pressure reaction environments, ensuring complete sample isolation from atmospheric oxidation, moisture, or unwanted side reactions.
Built around heavy-duty 304 stainless steel components, high-precision thermal control electronics, and robust safety relief mechanisms, the instrument delivers exceptional repeatability under demanding operational conditions. The industrial-grade vibration motor maintains steady mechanical energy transfer, while isolated control hardware protects sensitive electronics from thermal exposure and mechanical vibration, establishing a high standard of operational safety and structural longevity.
Key Features
- Integrated High-Temperature Ceramic Heating Collar: Features an external ceramic heating unit securely mounted around the grinding vessel, enabling rapid heating up to 500°C with an operational heating ramp rate up to 10°C/min (recommended ≤7°C/min) and precise PID temperature regulation within ±1°C.
- High-Purity Hermetic Gas Control: Equipped with twin Φ6.35mm (1/4-inch) double-ferrule compression fittings on the inlet and outlet ports, enabling leak-tight connection to vacuum pumps, purge lines, or reactive gas cylinders for pure atmosphere management.
- Automated Pressure Safety Relief System: Features an integrated stainless steel vacuum-pressure gauge (-0.1 to 0.5 MPa) coupled with a calibrated mechanical safety valve that automatically vents internal gases if chamber pressure exceeds the maximum safe operating limit of 0.3 MPa.
- In-Situ Direct Thermal Monitoring: Includes a dedicated Φ6.35mm thermocouple insertion port on the chamber body, allowing direct contact or close-proximity thermal sensing of the internal reaction mass for accurate real-time sample temperature logging.
- Precision Heavy-Duty Vibration Drive: Powered by a high-torque 24V DC vibration motor delivering adjustable rotational speeds up to 3000 rpm (recommended continuous operation at ≤2000 rpm) to impart consistent mechanical impact energy to the sample media.
- Robust 304 Stainless Steel Reaction Vessel: Built with a durable 304 stainless steel grinding chamber (Ø55mm x 110mm depth) featuring a maximum internal capacity of 250 mL and an effective working volume of 120 mL, supporting total charge weights up to 200g.
- Dual-Enclosure Modular Configuration: Separates the mechanical milling framework from the electrical heating and motor control unit to shield sensitive electronics from thermal stress and mechanical vibration, maximizing system reliability.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Mechanochemical Alloy Synthesis | Performing mechanical alloying of metal powders under high-temperature inert environments to synthesize non-equilibrium phases, amorphous metals, and intermetallic compounds. | Accelerates reaction kinetics while preventing sample oxidation during intense mechanical impact. |
| Solid-State Battery Electrolytes | Processing moisture-sensitive sulfide and oxide solid-state electrolyte precursors under argon atmosphere at elevated temperatures. | Maintains ultra-dry, oxygen-free conditions while enabling simultaneous thermal annealing and mechanical particle reduction. |
| Thermochemical Gas-Solid Reactions | Exposing target catalyst or ceramic powders to reactive gases (such as H2, N2, or CO2) during high-energy vibratory impact at temperatures up to 500°C. | Enhances solid-gas contact surface area and lowers activation energy for gas-solid absorption and catalytic reduction. |
| High-Energy Nanopowder Milling | Ultra-fine grinding of functional ceramics, carbide powders, and refractory materials into the nanometer regime with simultaneous thermal stress relief. | Reduces grain growth, shortens processing cycles, and delivers narrow particle size distributions without contamination. |
| Polymer & Composite Modification | Mechano-chemical grafting and surface modification of temperature-resistant polymers, carbon nanotubes, and graphene oxides under controlled thermal and atmospheric conditions. | Enables uniform dispersion, functional group bonding, and consistent composite blending in a single closed-system process. |
Technical Specifications
| Parameter Category | Specification Details |
|---|---|
| Equipment Model Code | PP-VB38 |
| Milling Chamber Material | 304 Stainless Steel |
| Chamber Internal Dimensions | Diameter Ø55 mm × Depth 110 mm |
| Chamber Volumetric Capacity | Maximum Volume: 250 mL | Effective Working Volume: 120 mL |
| Maximum Milling Charge Weight | 200 g (Combined weight of sample powder and grinding media) |
| Chamber Pressure Resistance | Maximum Pressure: < 0.3 MPa (3.0 bar) |
| Gas Fitting Connection Standards | Dual Φ6.35 mm (1/4") double-ferrule compression fittings (Gas Inlet & Outlet) |
| Vacuum & Pressure Monitoring | Stainless steel vacuum pressure gauge (-0.1 to 0.5 MPa range) |
| Overpressure Protection | Automatic pressure relief safety valve (activates at > 0.3 MPa) |
| Thermocouple Port | Reserved Φ6.35 mm port for real-time internal material temperature monitoring |
| Heating System Architecture | External ceramic heating element fixed around grinding chamber |
| Maximum Heating Temperature | 500 °C |
| Heating Control Accuracy | ±1 °C (Digital PID Controller) |
| Heating Ramp Rate | Maximum: 10 °C/min | Recommended Operating Rate: ≤ 7 °C/min |
| Heating Element Electrical Power | AC 220V: 1000W | AC 110V: 900W |
| Vibration Drive Motor | 24V DC motor, 25W output power |
| Motor Rotation Speed Range | Maximum Speed: 3000 rpm | Recommended Operating Speed: ≤ 2000 rpm |
| Total Electrical Power Supply | Standard: AC 220V 50/60Hz 1100W | Optional: AC 110V 50/60Hz 1000W |
| Main Unit Exterior Dimensions | 450 mm (L) × 400 mm (W) × 500 mm (H) |
| Control Cabinet Dimensions | 200 mm (L) × 320 mm (W) × 310 mm (H) |
| Warranty & Technical Support | 1-Year limited warranty with lifetime technical support |
Why Choose This Product
- Integrated Multi-Physics Processing: Combines high-energy mechanical impact, elevated thermal environments (up to 500°C), and vacuum/positive-pressure gas control into a single compact benchtop reactor, eliminating multi-step processing.
- Uncompromised Operational Safety: Designed with automated mechanical relief valves, high-pressure rated 304 stainless steel vessels, and dual-ferrule compression fittings to ensure full operator protection during high-temperature reactive gas milling.
- Exceptional Process Repeatability: High-precision PID temperature regulation (±1°C) paired with a stable 24V DC vibration motor delivers perfectly consistent energy transfer and thermal profiles from batch to batch.
- Modular Industrial Build: Thermal and mechanical subsystems are isolated from digital control hardware, protecting drive electronics from heat degradation and vibration fatigue during long-duration research trials.
- Complete Application Support: Backed by a comprehensive 1-year warranty, long-term technical service, and custom accessory options to match specific research requirements.
Contact our technical engineering team today to receive a detailed quotation, discuss custom chamber materials, or request a complete sample preparation solution.
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