Tube Furnace
Multi Position Tube Furnace 1100C for Laboratory Material Research and Advanced Industrial Thermal Processing
Item Number: TU-15
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Product Overview
This multi-position thermal processing system represents a versatile solution for advanced materials research, offering a unique mechanical design that allows for both vertical and horizontal operation. Engineered to reach temperatures up to 1100°C, the equipment provides a compact yet high-performance environment for firing small samples, facilitating complex vapor-liquid-solid (VLS) growth, chemical vapor deposition (CVD), and rapid quenching tests. The core value of this unit lies in its adaptability; the stainless steel shell is mounted on a height-adjustable platform, enabling researchers to precisely orient the heating chamber to suit the specific gravitational or directional requirements of their experimental protocols.
Designed for the demanding environments of modern industrial R&D and material science laboratories, this system emphasizes precision and consistency. The integration of high-purity alumina fibrous insulation ensures rapid heating cycles and exceptional energy efficiency while maintaining a cool exterior shell. Whether used in the semiconductor industry for growing electronic crystals or in energy research for sintering protonic ceramics, the equipment delivers repeatable thermal profiles. Its modular nature allows for the seamless integration of various tube diameters and vacuum configurations, making it a foundational tool for laboratories that require high-temperature precision without sacrificing spatial flexibility.
Confidence in performance is built into every component of this unit. From the Mo-doped Fe-Cr-Al alloy heating elements to the advanced PID control architecture, the system is manufactured to withstand continuous operation at 1000°C. The robust construction is complemented by safety features such as overheat protection and thermocouple failure alarms, ensuring that critical industrial processes remain secure. This system is not merely a furnace but a precision instrument designed to provide long-term reliability for the most rigorous thermal processing applications in academia and industry alike.
Key Features
- Multi-Position Mechanical Flexibility: The unique design features an adjustable stainless steel shell that can be locked into vertical, horizontal, or angled positions. This allows for diverse applications ranging from vertical sintering to horizontal crystal growth and tilted CVD processes.
- Precision PID Temperature Regulation: Equipped with an advanced automatic PID controller, the system supports 30 programmable segments. This allows for the exact definition of heating rates, dwell times, and cooling ramps to achieve specific metallurgical or chemical transitions.
- High-Purity Alumina Fibrous Insulation: The internal chamber is lined with energy-saving high-purity Al2O3 fibrous insulation. This material provides superior thermal reflectance and low heat storage, resulting in faster ramp rates and reduced power consumption compared to traditional refractory bricks.
- Variable Tube Compatibility: The equipment is designed to accept quartz processing tubes of varying diameters, specifically supporting both 1-inch and 2-inch outer diameters via included precision-machined tube adapters. This flexibility allows for specialized sample sizes without requiring separate heating units.
- Mo-Doped Advanced Heating Elements: Utilizing Fe-Cr-Al alloy elements doped with Molybdenum, the system ensures stable resistance and long service life even under high-temperature cycling. These elements are strategically positioned to provide a uniform 300mm heating zone.
- Adjustable Height Control Mechanism: Three precision knobs on the rear of the structure allow for the adjustment of the furnace's vertical position relative to the control platform, with a travel distance of 4.5 to 12 inches. This facilitates integration with external quenching tanks or secondary processing equipment.
- Integrated Safety and Diagnostics: The control system includes built-in protection against overheating and broken thermocouples, automatically cutting power to the elements to prevent equipment damage or sample loss during unattended operation.
- Vacuum and Atmosphere Ready Design: While the furnace body is the primary component, it is engineered for high-vacuum applications. When equipped with compatible flanges and quartz blocks, it can reach vacuum levels as low as 10^-5 torr with a molecular pump, making it suitable for oxygen-sensitive processes.
- Rugged Industrial Build Quality: The outer casing is constructed from high-grade stainless steel, providing corrosion resistance and structural integrity in harsh laboratory environments. The compact footprint ensures efficient use of benchtop space without compromising thermal performance.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| CVD / PECVD | Growing thin films and nanostructures through chemical vapor deposition at controlled temperatures. | Precise atmosphere control and high-vacuum compatibility ensure pure film growth. |
| Crystal Growth | Utilizing the horizontal or angled orientation to facilitate the Bridgman or VLS growth of electronic crystals. | Adjustable tilt angles allow for gravity-assisted growth and optimized temperature gradients. |
| Quenching Tests | Rapidly cooling samples by dropping them from a vertical furnace orientation into a quenching medium. | The vertical tilt capability allows for direct, gravity-driven sample transfer into fluids. |
| Sintering | Consolidating metallic or ceramic powders into solid forms at temperatures up to 1100°C. | Uniform constant temperature zone ensures consistent density and microstructure. |
| Protonic Ceramics | Firing and testing electrochemical cells and scaffolds for hydrogen fuel cell research. | High-purity insulation prevents sample contamination and ensures thermal stability over long durations. |
| Semiconductor R&D | Thermal oxidation, annealing, and doping of semiconductor wafers and small substrates. | Accuracy of ±1°C provides the repeatable conditions required for electronic component testing. |
| Materials Fatigue | Testing the structural integrity of alloys through repeated thermal cycling and dwell times. | 30-segment programming allows for complex, automated thermal stress profiles. |
Technical Specifications
| Feature Group | Parameter | Specification Detail for TU-15 |
|---|---|---|
| Thermal Performance | Maximum Temperature | 1100 °C (< 1 hour) |
| Continuous Working Temp | 1000 °C | |
| Maximum Heating Rate | 10 °C / minute | |
| Temperature Accuracy | ± 1 °C | |
| Physical Dimensions | Heating Zone Length | 12" (300 mm) |
| Constant Temp Zone | 3.1" (80 mm) | |
| Position Travel Distance | 4.5'' ~ 12'' (Adjustable height from platform) | |
| Tube Diameter Compatibility | 1.0" and 2.0" O.D. (Adapters included) | |
| Electrical Data | Power Consumption | 1500 W |
| Current Rating | 15 Amps | |
| Operating Voltage | AC 110V or 220V Single Phase (User selectable) | |
| Control Systems | Controller Type | PID Automatic Control with Auto-tune |
| Programming | 30 segments (Heat, Dwell, Cool) | |
| Thermocouple | K-type | |
| Computer Interface | Optional MTS02-Y Software Kit + Laptop available | |
| Material & Safety | Insulation Material | Energy-saving high-purity Al2O3 fibrous liner |
| Heating Element | Fe-Cr-Al Alloy doped by Mo | |
| Certification | CE Certified (NRTL/CSA/UL61010 available upon request) | |
| Safety Features | Overheat and broken thermocouple protection | |
| Vacuum Capability | Mechanical Pump Limit | 50 m-torr (With appropriate flanges/tubes) |
| Molecular Pump Limit | 10^-5 torr (With appropriate flanges/tubes) | |
| Gas Flow Restriction | < 200 ml/min recommended for thermal shock reduction |
Why Choose This Multi-Position Tube Furnace
- Unmatched Positioning Versatility: Unlike fixed-position units, this system allows for seamless switching between horizontal and vertical orientations. This adaptability enables a single laboratory to perform a wide variety of experiments, from sintering to quenching, without purchasing multiple furnaces.
- Advanced Thermal Engineering: By utilizing Molybdenum-doped heating elements and high-grade fibrous insulation, the furnace achieves superior thermal uniformity and energy efficiency. This results in lower operational costs and more precise experimental data.
- Robust Reliability and Safety: Built with a stainless steel shell and high-performance safety electronics, the unit is designed for continuous, multi-shift operation. It meets international CE standards, ensuring it can be integrated into high-stakes industrial R&D environments with confidence.
- Precision Control for Complex Recipes: The 30-segment PID controller provides the granularity needed for sensitive materials that require specific ramp-soak-cool profiles, ensuring that your research is repeatable and your materials are processed exactly to specification.
- Expert Technical Support and Customization: As a manufacturer, we provide deep technical expertise and can offer customized software interfaces, specialized tube materials, and vacuum flange configurations to meet your unique processing needs.
Investing in this furnace means securing a flexible, durable, and highly accurate thermal processing platform that grows with your research needs. Contact us today for a detailed quote or to discuss your specific high-temperature application requirements.
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