Muffle Furnace
High Temperature Benchtop Muffle Furnace with Quartz Observation Window for Thermal Imaging and Material Analysis
Item Number: TU-CT23
Shipping: Contact us to get shipping details Enjoy On-time Dispatch Guarantee.
Product Overview
This high-temperature thermal processing system represents the pinnacle of benchtop laboratory engineering, specifically designed to meet the rigorous demands of material science and industrial R&D. By providing a stable and controlled environment reaching up to 1700°C, this equipment enables researchers to perform complex sintering, calcination, and melting processes with absolute confidence. The core value proposition of this unit lies in its ability to combine extreme thermal performance with a compact footprint, allowing for high-tier metallurgy and ceramic studies without the need for large-scale industrial infrastructure.
Primary use cases for this equipment span across aerospace, semiconductor development, and advanced energy storage research. It is particularly effective for processes where visual monitoring or non-contact temperature measurement is required, thanks to its specialized optical integration. The system serves as an essential tool for laboratories focused on the development of high-performance alloys, technical ceramics, and composite materials that require precise dwelling and ramping cycles.
Reliability is the cornerstone of this design. Engineered with high-quality alumina fiber insulation and advanced disilicide heating technology, the unit ensures consistent performance under demanding conditions. The robust construction minimizes heat loss while maintaining a safe exterior temperature, providing a dependable solution for long-term experiments. Professionals can trust in the operational consistency of this system, knowing it is built to provide repeatable results in the most critical high-temperature applications.
Key Features
- Integrated Optical Grade Quartz Window: A 50 mm diameter, 8 mm thick quartz window is integrated into the chamber door, allowing for real-time observation of samples with IR cameras or optical devices without disturbing the internal atmosphere.
- Precision MoSi2 Heating Elements: Equipped with four high-quality Molybdenum Disilicide (MoSi2) heating elements, this furnace delivers rapid heating rates and exceptional longevity even when operating at temperatures near the 1700°C limit.
- Advanced PID Temperature Control: The system utilizes a sophisticated proportional-integral-derivative (PID) controller with 30 programmable segments, enabling automated management of complex heating, cooling, and dwelling cycles with +/- 1°C accuracy.
- High-Purity Alumina Fiber Insulation: The chamber is lined with premium high-purity alumina fiber, designed for maximum energy saving and minimized thermal mass, which ensures faster cycle times and improved temperature uniformity.
- Dual-Layer Cooling Structure: A double-layered steel structure equipped with integrated air cooling fans ensures that the outer case temperature remains below 60°C, enhancing lab safety and operational comfort.
- Silicon Controlled Rectifier (SCR) Regulation: Advanced SCR power control provides smooth current delivery to the heating elements, extending their service life and preventing temperature overshoots during critical ramps.
- Comprehensive Safety Alarms: Built-in over-temperature and thermocouple failure alarms provide immediate protection for both the equipment and the research samples, ensuring safe unattended operation during long dwelling steps.
- Digital Communication Capability: The controller includes a default DB9 PC communication port, allowing for data logging and remote profile management when integrated with optional software and computer hardware.
- Optimized Chamber Geometry: The 6" x 6" x 6" (3.6L) internal volume is designed to accommodate various crucible sizes while maintaining optimal airflow and radiation patterns for uniform heat distribution.
Applications
| Application | Description | Key Benefit |
|---|---|---|
| Advanced Ceramic Sintering | Sintering of technical ceramics like Alumina or Zirconia at temperatures up to 1700°C. | Ensures high density and superior mechanical properties in finished parts. |
| IR Thermal Analysis | Monitoring phase changes or surface temperature profiles using infrared cameras through the quartz window. | Provides non-invasive, real-time data on material behavior during the heating cycle. |
| Metallurgy and Alloying | High-temperature melting and heat treatment of specialty alloys and superalloys. | Accurate temperature control prevents oxidation and ensures consistent grain structure. |
| Aerospace Component Testing | Thermal stress testing of materials designed for high-heat environments like turbine blades. | Simulates extreme operational conditions with high repeatability. |
| Semiconductor Calcination | Processing of wafer substrates and specialized electronic components in a clean thermal environment. | Minimized contamination due to high-purity alumina insulation and precise PID ramps. |
| Dental Laboratory Research | Testing and firing of advanced dental zirconia and restorative materials. | Benchtop design fits laboratory spaces while providing industrial-grade heat capabilities. |
| Catalyst Characterization | High-temperature calcination and reduction of catalyst materials used in chemical processing. | 30 programmable segments allow for complex multi-step chemical reactions. |
Technical Specifications
| Feature | Specification Details (TU-CT23) |
|---|---|
| Maximum Temperature | 1700° C (< 1 hour) |
| Standard Working Temperature | 1600° C (Continuous) |
| Inside Chamber Size | 150 x 150 x 149 mm (6" x 6" x 6") |
| Chamber Capacity | 3.6 Liters |
| Structure | Double layer steel structure with air cooling fan; case temp < 60°C |
| Insulation | High purity alumina fiber insulation for max energy saving |
| Heating Elements | High-quality MoSi2 (4 pieces) |
| Observation Window | 50 mm optical grade quartz window (8 mm thick) |
| Heating Rate | 0 ~ 20 °C/min ( ≤10°C/min recommended ) |
| Temperature Accuracy | +/- 1° C |
| Controller Model | FA-YD518P-AG PID controller |
| Programming | 30 segments with ramping, cooling, and dwelling steps |
| Thermocouple | B-type |
| Safety Features | Over-temperature alarm and thermocouple failure alarm |
| PC Interface | Default DB9 PC communication port |
| Power Supply | AC 208V-240V single phase, 50/60 Hz (60A air breaker required) |
| Total Power | 6 KW |
| Compliance | CE Certified (NRTL or CSA available upon request) |
| Optional Accessories | Laptop with Windows 10/Office 2013, MTS01/MTS02-Y Software, Eurotherm 3504 Controller |
Why Choose Us
- Superior Optical Monitoring: Unlike standard muffle furnaces, this unit features a heavy-duty quartz window that enables non-contact temperature measurement and visual monitoring, which is critical for experimental validation and safety.
- Precision Engineering and Control: The combination of SCR power regulation and B-type thermocouples ensures that the equipment delivers stable, predictable thermal environments for the most sensitive material science applications.
- Industrial-Grade Build Quality: From the high-density alumina insulation to the double-walled steel casing, every component is selected for its ability to withstand continuous operation at extreme temperatures.
- Flexible and Scalable Solutions: With options for Eurotherm controllers and Labview-based software integration, this system can be tailored to fit into complex automated laboratory workflows and data acquisition systems.
- Proven Reliability and Support: Backed by industry certifications and rigorous quality control, this furnace is an investment in operational consistency and long-term research success.
Please contact our technical sales team today for a formal quote or to discuss a customized configuration for your specific thermal processing requirements.
REQUEST A QUOTE
Our professional team will reply to you within one business day. Please feel free to contact us!
Related Products
High Temperature Bench Top Muffle Furnace 1700C with Integrated Evaporating Particle Collection and 8x8x8 Alumina Fiber Chamber
Achieve precise thermal processing with this 1700C bench-top furnace featuring an integrated evaporating particle collection system. Engineered for material science R&D, it offers superior temperature control, a secondary cooling structure, and robust MoSi2 heating elements for reliable laboratory performance.
High Temperature 1700C Bench Top Muffle Furnace with Alumina Fiber Insulation and 3.6L Chamber Capacity for Precision Sintering and Heat Treatment
Optimize laboratory thermal processing with this 1700C bench-top muffle furnace featuring high-purity alumina insulation and precision PID control. Ideal for research facilities requiring reliable sintering and annealing with 30-segment programming and consistent heating across industrial R&D applications for materials science.
Ultra High Temperature Bench Top Muffle Furnace 1750C Sintering System with Kanthal Super Heating Elements and Precision Digital Control
This ultra high temperature bench top muffle furnace features Kanthal Super-1800 heating elements and a 1750C maximum rating, delivering precision thermal processing for ceramic sintering and material research with advanced PID control and high purity alumina insulation technology.
1800°C Bench Top Ultra High Temperature Muffle Furnace with Sapphire Observation Window and Top Feeding Port for Materials Research and Thermal Processing
This high-performance bench-top muffle furnace delivers precise thermal processing up to 1800°C, featuring an integrated sapphire observation window and feeding port. Engineered for advanced material research, it ensures exceptional temperature uniformity, reliability, and process monitoring.
High Temperature Benchtop Muffle Furnace 1700C 10L Chamber Alumina Fiber Insulation MoSi2 Heating Elements
High temperature 1700°C benchtop muffle furnace provides exceptional thermal stability for advanced material research, utilizing premium MoSi2 heating elements and fiber alumina insulation to ensure precise, uniform, and energy-efficient heat treatment for critical laboratory and industrial applications. Expert quality design.
High Temperature Muffle Furnace with Dual Controllers and 36L Large Chamber 1700C Max
Optimize your laboratory R&D with this 1700C high temperature muffle furnace featuring dual controllers for enhanced safety, a 36L chamber, and precision MoSi2 heating elements, designed for advanced material research, sintering, and demanding industrial heat treatment processes and protocols.
High Temperature 1500C Benchtop Muffle Furnace 3.6L Alumina Fiber Chamber Programmable Controller Sintering Annealing Carbonization Thermal Processing System
This precision 1500C benchtop muffle furnace features a 3.6L alumina fiber chamber and advanced PID control for sintering and annealing. Its robust SiC heating elements and programmable interface ensure consistent thermal processing for demanding material science and industrial R&D applications.
Large Bench Top 1700C High Temperature Muffle Furnace with 19L Chamber for Advanced Material Sintering and Annealing
High-performance 1700C bench-top muffle furnace featuring a 19L alumina fiber chamber and MoSi2 heating elements. Engineered for precision sintering and annealing in industrial R&D and dental laboratories requiring reliable thermal processing and CE-certified safety standards.
1750C Bench Top Muffle Furnace 3.6L High Grade Molybdenum Disilicide Heating Elements Laboratory Heat Treatment Equipment
Discover professional 1750C bench-top muffle furnaces featuring high grade heating elements and a 3.6L chamber. This ultra-high temperature system offers superior thermal uniformity, advanced PID control, and robust insulation for demanding material research and industrial R&D projects around the globe.
High Temperature Benchtop Muffle Furnace 1500C with 3.6L Chamber and Quartz Observation Window
This 1500C bench-top muffle furnace features a 3.6L chamber and integrated quartz window for real-time sample observation. Engineered for material science research, it provides precision PID control, high-purity alumina insulation, and robust SiC heating elements for consistent performance.
1800C Bench Top Muffle Furnace 18 Liters with Kanthal Super 1900 Heating Elements for High Purity Ceramic Sintering and Material Research
Precision 1800C bench top muffle furnace featuring 18 liter chamber and Kanthal Super 1900 heating elements for advanced ceramic sintering and research. Delivers superior temperature uniformity and accuracy for demanding industrial R&D laboratory thermal processing applications and materials science.
Atmosphere Controlled Muffle Furnace 1700C Maximum Temperature 80L High Capacity Vacuum Inert Gas Box Furnace
High performance 1700C atmosphere controlled muffle furnace with 80L capacity for advanced materials research. Features MoSi2 heating elements and precise PID control for inert gas, vacuum, and oxygen environments in industrial R&D and pilot production processing applications.
1800C Bench Top Muffle Furnace with Kanthal Super 1900 Heating Elements and 3.6L Alumina Fiber Chamber
This premium 1800°C bench-top muffle furnace integrates Kanthal Super-1900 heating elements and Eurotherm control. Engineered for precision material R&D, it features a 3.6L chamber, zirconia lining, and double-shell safety for superior high-temperature performance.
High Temperature 1800C Compact Muffle Furnace with Kanthal Super 1900 Heating Elements and 1.7L Alumina Chamber
This professional 1800C compact muffle furnace integrates Kanthal Super 1900 elements with a 1.7L chamber for precision sintering. Designed for advanced material R&D, it provides exceptional thermal stability, Eurotherm digital control, and a safety-focused double-shell air-cooled housing.
1200°C Small Box Furnace 4.2 Liter Programmable Muffle Furnace with High Purity Alumina Insulation and PID Control
This 1200°C programmable muffle furnace features a compact 4.2-liter chamber and advanced PID control for precise heat treatment. Ideal for material R&D, its double-layer cooling structure and glovebox compatibility ensure reliable performance in laboratory and industrial settings.
1750C Compact Muffle Furnace 1.7L Ultra High Temperature Laboratory Sintering System for Advanced Ceramics and Material Science Research
This 1750C compact muffle furnace features MoSi2 heating elements and a 1.7L alumina fiber chamber. Ideal for dental zirconia sintering and advanced material research, it offers precision PID control and exceptional thermal uniformity for industrial R&D labs around the world.
1200°C High Temperature Muffle Furnace 19L Chamber with 50 Segment Programmable Controller
Precision-engineered 1200°C muffle furnace with a 19L chamber and programmable 50-segment PID controller. This high-performance system delivers superior temperature uniformity and energy efficiency for demanding material science, industrial R&D, and complex thermal processing applications worldwide now available for global procurement.
1200C High Temperature Muffle Furnace with Motorized Door and Automated PC Control for Industrial Sintering and Material Processing 27 Liter
Achieve seamless laboratory automation with this 1200C muffle furnace featuring a motorized door and PC control. Designed for high-precision sintering, it supports robotic integration and multi-unit management for streamlined material science research and advanced industrial thermal processing workflows.
Hybrid High Temperature Muffle and Tube Furnace with 1500C Capability and Vacuum Flange Assembly
Advanced 1500°C hybrid furnace integrates box and tube functionalities. Featuring 6x6x6 inch chamber and 2-inch mullite tube with vacuum flanges, this system delivers precision PID control and superior alumina insulation for high-temperature material research and industrial R&D applications.
1200C Muffle Furnace 12x8x5 7.2L Heating Chamber with Quartz Observation Window and Vent Port
Precision-engineered 1200C muffle furnace with a 7.2L chamber and quartz window for real-time sample observation. Features advanced PID control and high-purity alumina insulation for superior thermal uniformity in demanding material science research and industrial dental laboratory heat treatment applications.
