Muffle Furnace
600°C Vertical Crucible Furnace with SS316 Alloy Reactor and 6 Port Vacuum Flange
Item Number: TU-DZ09
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Product Overview
This vertical crucible system is engineered as a high-performance thermal processing solution for laboratories and industrial R&D facilities specializing in material science, metallurgy, and chemical engineering. At its core, the equipment features a top-loading architecture combined with a specialized SS316 alloy reactor, providing an ideal environment for high-temperature reactions that require both chemical resistance and atmospheric control. The split-unit design separates the heating chamber from the electronic control system, allowing for remote operation and enhanced safety in hazardous or sensitive environments. By prioritizing thermal stability and structural integrity, this system ensures that researchers can achieve repeatable results across complex heating cycles.
Designed with versatility in mind, the equipment is particularly well-suited for high-purity processing and experiments involving corrosive atmospheres or high-vacuum requirements. The compact footprint allows the furnace module to be integrated directly into a glovebox via standard antechambers, enabling air-sensitive material handling without compromising environmental integrity. Whether utilized for alloy development, ceramic sintering, or specialized quenching processes, the system provides a robust platform that bridges the gap between laboratory-scale experimentation and industrial pilot-plant conditions. The inclusion of professional-grade SS316 components ensures long-term resistance to oxidation and chemical degradation, even under continuous operation at elevated temperatures.
Confidence in this equipment is backed by rigorous engineering standards and precision manufacturing. The combination of advanced PID temperature regulation and high-grade insulation materials allows for precise thermal gradients and rapid response times. Built to withstand the rigors of industrial research, this unit offers a reliable solution for practitioners who demand uncompromising accuracy and durability. The integration of a multi-port vacuum flange further expands the operational scope, allowing for simultaneous gas delivery, sensing, and vacuum monitoring, making it a cornerstone tool for modern thermal processing laboratories.
Key Features
- Corrosion-Resistant SS316 Reactor Vessel: The reaction chamber is constructed from high-grade SS316 stainless steel, offering superior resistance to chemical attack and high-temperature oxidation compared to standard alloys, ensuring the purity of your thermal processes.
- Six-Port Multi-Functional Flange: Equipped with an ISO 80K flange featuring six 1/4" compression tube ports, the system allows for complex gas routing, sensor integration, and auxiliary equipment connection without compromising the vacuum seal.
- Integrated High-Vacuum Capability: Engineered to achieve vacuum levels as deep as 10^-6 torr when paired with a turbo pump, this unit is ideal for high-purity material synthesis and moisture-sensitive experiments.
- Remote Control Architecture: The temperature control unit is separated from the furnace body, enabling users to manage thermal profiles from a safe distance or outside of a glovebox environment while reducing electronic exposure to heat.
- Precision PID Thermal Management: An advanced digital controller provides 30 programmable segments, utilizing PID automatic control and auto-tuning to maintain a temperature accuracy of ±1°C throughout the process cycle.
- Dual Thermocouple Monitoring: The system includes two Omega K-type thermocouples—one dedicated to furnace temperature regulation and the second for direct monitoring of the temperature inside the reaction vessel for real-time data accuracy.
- Glovebox Compatible Footprint: The compact, vertical top-loading design is specifically optimized for installation within inert atmosphere gloveboxes, facilitating the handling of materials that are sensitive to oxygen or moisture.
- High-Pressure Tolerance: Beyond vacuum applications, the reaction vessel is designed to handle positive pressures up to 0.2 MPa (2 bar), supporting specialized chemical reactions and pressurized thermal treatments.
- Enhanced Thermal Insulation: An included alumina spacer effectively isolates the heating chamber’s temperature from the flange assembly, protecting seals and external connections from excessive thermal load.
- Safety-First Engineering: Built-in protection systems automatically safeguard the equipment against overheating and thermocouple failure, ensuring operational safety during long-term continuous runs.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Steel-Slag Interface Studies | Vertical arrangement allows alumina crucibles to be positioned precisely within the constant temperature zone for melting experiments. | Facilitates rapid quenching to preserve high-temperature reaction interfaces. |
| Battery Material Research | Used within glovebox environments to synthesize and test anode/cathode materials under controlled atmospheres. | Prevents moisture contamination while maintaining precise thermal profiles. |
| Catalyst Characterization | Testing of catalysts under specific gas flows and temperatures using the 6-port manifold for gas analysis. | High chemical resistance of the SS316 reactor prevents vessel-induced contamination. |
| Vacuum Degassing | Removal of trapped gases from specialized metal alloys or ceramic powders at high temperatures. | Reaches 10^-6 torr vacuum levels for high-purity processing results. |
| Polymer Carbonization | High-temperature treatment of polymeric precursors to create specialized carbon structures. | Precise 30-segment programming allows for exact ramping and soaking control. |
| Corrosive Gas Exposure | Testing material durability by exposing samples to reactive gas environments at 600°C. | SS316 reactor vessel ensures long-term survival in aggressive environments. |
| Atmospheric Simulation | Simulating industrial steelmaking conditions by integrating nitrogen flushing systems. | Accurately models the evolution of non-metallic inclusions in industrial processes. |
| High-Pressure Synthesis | Conducting chemical reactions that require elevated temperatures and moderate positive pressure. | Safe operation up to 0.2 MPa for specialized hydrothermal-style reactions. |
Technical Specifications
| Parameter Category | Specification Detail for TU-DZ09 |
|---|---|
| Model Identifier | TU-DZ09 |
| Continuous Operating Temp | 600°C |
| Maximum Heating Rate | 20°C / minute |
| Heating Chamber Dimensions | 4.7" ID x 8" H (120 mm ID x 200 mm H) |
| Reaction Vessel Material | High-grade SS316 Stainless Steel |
| Vessel Dimensions | Ø 76 mm (OD) x Ø 70 mm (ID) x 290 mm (Depth) |
| Flange Type | DN80 ISO-K with six 1/4" compression tube ports |
| Vacuum Performance | 10^-6 torr (requires turbo pump) |
| Positive Pressure Rating | Max. 0.2 Mpa (2 bar) |
| Power Configuration 1 | AC 110-120V, Single Phase, 50/60Hz, 20A, 1.5KVA Max |
| Power Configuration 2 | AC 208-240V, Single Phase, 50/60Hz, 15A, 1.8KVA Max |
| Temperature Control | PID automatic control with auto-tune, 30 programmable segments |
| Accuracy | ±1°C |
| Thermocouple Type | Dual Omega K-type (1 for control, 1 for internal monitoring) |
| Data Communication | RS485 port included for remote PC control |
| Furnace Dimensions | 350 mm L x 265 mm W x 540 mm H |
| Control Unit Dimensions | 340 mm L x 300 mm W x 145 mm H |
| Safety Features | Overheating protection, broken thermocouple protection |
| Certifications | CE Certified (NRTL available upon request) |
Why Choose TU-DZ09
- Proven Reliability for R&D: This system is engineered for consistent performance in high-stakes laboratory environments, ensuring that your research is never compromised by equipment failure or thermal fluctuations.
- Superior Material Construction: By utilizing high-purity SS316 for the reactor and case, we provide a level of corrosion resistance and durability that surpasses standard laboratory furnaces, making it a premium investment for long-term use.
- Highly Versatile Interface: The six-port flange design is a critical advantage for researchers needing to integrate multiple sensors or gas lines simultaneously, offering flexibility that standard units lack.
- Precision and Control: Our advanced PID algorithms and dual-thermocouple monitoring provide the highest level of thermal accuracy, allowing for the fine-tuning of delicate material processes.
- Expert Engineering Support: Every unit is backed by our technical team's extensive knowledge in thermal processing, offering you customization capabilities and responsive support for your specific application needs.
Contact us today to receive a technical consultation or a formal quote for this precision thermal processing system.
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