Tube Furnace
High Temperature 1500C Four Channel Tube Furnace with Alumina Tubes for High Throughput Annealing and Phase Diagram Research
Item Number: TU-R04
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Product Overview
This high-throughput thermal processing system represents a significant advancement in material science research, specifically designed to accelerate the discovery and testing of new alloys and ceramic materials. By integrating four independent heating modules into a single, compact footprint, the equipment allows researchers to conduct multiple experiments simultaneously under varying thermal profiles. This capability is essential for modern labs participating in the Materials Genome Initiative (MGI), where the speed of data collection for phase diagram construction is a critical factor in competitive research environments.
Engineered for high-temperature applications up to 1500°C, the unit utilizes professional-grade alumina processing tubes and high-efficiency heating elements to ensure repeatable results. Each channel operates as a distinct furnace environment, providing the flexibility to treat four different samples or the same material under four different temperature regimes at once. This multi-zone architecture significantly reduces the time required for systematic characterization and optimization of new material compositions, offering a major efficiency boost over traditional single-tube systems.
Built for the rigors of industrial R&D and academic excellence, this system prioritizes thermal stability and atmospheric control. The inclusion of vacuum-ready flanges and precision flowmeters for each channel ensures that samples are protected from oxidation or unwanted chemical reactions. Whether performing long-term annealing, sintering, or complex thermal cycling, the equipment provides the reliability and precision required for the most demanding technical standards in modern metallurgy and materials engineering.
Key Features
- Multi-Channel High-Throughput Capability: The system features four independent heating tubes, allowing for the simultaneous processing of multiple samples at different temperatures, which drastically reduces experimental cycles and increases laboratory productivity for systematic material studies.
- Precision MoSi2 Heating Technology: High-grade Molybdenum Disilicide elements are utilized to facilitate rapid heating and maintain sustained high-temperature operations up to 1500°C, ensuring the longevity and thermal consistency of the heating chambers.
- Independent PID Temperature Control: Each of the four channels is managed by a dedicated Eurotherm 3000 series programmable controller, offering 24-segment programming for precise ramp, soak, and cool cycles tailored to individual experimental requirements.
- Advanced Atmospheric Management: Every tube is equipped with a high-purity alumina processing environment, complete with KF25 quick-clamp flanges, mechanical vacuum gauges, and needle valves to facilitate heat treatment under vacuum or inert gas flow.
- Integrated Gas Flow Control: Four dedicated flowmeters are integrated into the system, providing researchers with the ability to tune the gas environment for each specific channel, enabling parallel testing of different atmospheres or flow rates.
- Robust Safety and Alert Systems: Integrated over-temperature protection and broken thermocouple alerts minimize the risk of equipment damage or sample loss, providing peace of mind during unattended or overnight thermal processing runs.
- Centralized Data Acquisition: The system includes an RS485 communication port and PC-compatible software, allowing for the remote control and comprehensive data recording of all four experimental channels from a single workstation.
- High-Purity Material Construction: The use of 99% pure alumina tubes and high-density ceramic fiber insulation ensures minimal thermal mass and prevents sample contamination, even at the equipment's maximum operating limits.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| MGI Phase Diagram Research | Simultaneous investigation of four different temperature points in the phase development of new alloys or ceramics. | Rapidly accelerates the construction of accurate material phase diagrams and thermodynamic models. |
| Catalyst Surface Optimization | High-temperature treatment of Ni-Zn-B and other catalyst precursors to optimize pore structure and graphitization. | Ensures uniform thermal field for consistent pore development across multiple simultaneous batches. |
| High-Throughput Annealing | Stress-relief and recrystallization heat treatments performed on multiple metallurgic samples under controlled gas flow. | Increases sample throughput by 400% compared to traditional single-channel tube furnaces. |
| Ceramic Sintering Studies | Precision sintering of advanced technical ceramics to determine optimal grain growth and density parameters. | Independent control allows for real-time comparison of different sintering temperatures in a single run. |
| CVD System Foundation | Adaptation of the unit into a multi-channel Chemical Vapor Deposition system for thin film or nanomaterial synthesis. | Provides a modular platform for complex gas phase reactions and experimental material scaling. |
| Graphite Structure Evolution | Researching the transformation of amorphous carbon into high-quality graphite through controlled catalytic graphitization. | Precise thermal retention ensures consistent quality in the resulting graphitized carbon structures. |
| Thermal Cycle Testing | Subjecting industrial components to repetitive high-temperature cycles to evaluate thermal shock resistance. | Parallel testing allows for the simultaneous evaluation of different material compositions or geometric designs. |
Technical Specifications
| Parameter Category | Specification Details for TU-60 |
|---|---|
| Model Identifier | TU-60 |
| Tube Configuration | 4-Channel Independent Modules |
| Tube Material | High Purity Alumina (99%) |
| Tube Dimensions | Φ50 mm Outer Diameter x 460 mm Length |
| Heating Elements | High-Quality Molybdenum Disilicide (MoSi2) |
| Max. Temperature | 1500°C (for < 1 hour) |
| Continuous Working Temp. | 1400°C |
| Temperature Accuracy | ± 0.5°C |
| Temperature Uniformity | ± 10°C @ 1300°C within a 120mm central zone |
| Heating Rate | Maximum 10°C / minute |
| Controller Type | Eurotherm 3000 Series (4 units), 24 segments programmable |
| Thermocouple Type | 4 x S-Type Thermocouples |
| Vacuum Capability | Up to 10^-5 torr (using optional turbopump via KF25 port) |
| Gas Management | 4 x Integrated Flowmeters, KF25 flanges, needle valves, and vacuum gauges |
| Power Consumption | 12 KW total (when 4 modules operate simultaneously) |
| Operating Voltage | Single Phase 208 - 240V, 50/60Hz (Three-phase 380V-460V available) |
| Data Interface | RS485 Communication Port with PC Software Included |
| Safety Compliance | CE Certified (NRTL/UL61010 or CSA available upon request) |
| Max. Internal Pressure | 7.5 PSI (0.5 atm) |
Why Choose This Furnace
- Unmatched Research Efficiency: The four-channel architecture is specifically engineered to eliminate the experimental bottleneck in modern materials research, allowing for rapid screening and data-rich investigations into material properties.
- Precision Engineering and Control: By utilizing industry-standard Eurotherm controllers and S-type thermocouples, this system delivers the high-order accuracy and thermal stability required for peer-reviewed academic research and industrial quality assurance.
- Exceptional Thermal Performance: MoSi2 heating technology combined with high-grade alumina insulation allows the unit to reach 1500°C quickly and safely, providing a robust platform for ultra-high-temperature processing.
- Industrial Atmosphere Management: Integrated vacuum manifolds and gas flow controls provide the flexibility to work in inert, reducing, or vacuum environments, making the system suitable for a wide range of sensitive chemical and metallurgical processes.
- Long-Term Operational Durability: Constructed with premium-grade components and featuring sophisticated safety alerts, the system is designed for years of reliable operation in high-demand industrial laboratory settings.
Our technical team is ready to help you configure this four-channel system to meet the specific requirements of your research program or industrial production needs. Contact us today for a detailed quotation or to discuss custom modifications for your application.
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