High Temperature Bottom Loading Box Furnace for Rapid Thermal Processing 1700C 40L Capacity

Product Overview

This high-temperature thermal processing system represents a pinnacle in material science heating technology, engineered specifically for laboratory and industrial R&D environments that require rapid thermal cycling and extreme temperature stability. By utilizing a bottom-loading configuration, the equipment facilitates uniform heating and expedited cooling processes that are often impossible with traditional front-loading designs. The automated platform ensures that delicate samples are transitioned smoothly into the heating zone, minimizing vibration and mechanical stress while maximizing operational safety for the user.

Primarily designed for advanced material research, ceramics sintering, and metallurgical analysis, this unit excels in environments where precision is non-negotiable. It is widely deployed in semiconductor development, aerospace component testing, and specialized glass manufacturing. The integration of high-grade molybdenum disilicide (MoSi2) heating elements allows for continuous operation at 1700°C, providing a robust solution for high-throughput thermal processing and complex sintering cycles that demand strict adherence to programmed temperature profiles.

Confidence in this system is built upon a foundation of superior engineering and heavy-duty construction. The dual-layer steel casing with an integrated air cooling gap ensures that while the internal chamber reaches extreme temperatures, the exterior remains safe to the touch, protecting both personnel and surrounding laboratory equipment. With its high-purity thermal insulation and sophisticated control architecture, this system provides a reliable, repeatable, and energy-efficient solution for the most demanding thermal processing challenges in modern industry.

Key Features

• Automated Bottom Loading Platform: The electric motor-driven sample platform provides smooth, vibration-free vertical movement, ensuring precise sample positioning and allowing for rapid cooling by lowering the hot sample into the ambient environment safely.
• Premium MoSi2 Heating Elements: Equipped with ten high-grade 1800°C MoSi2 heating elements, the system maintains continuous operation at 1700°C with exceptional longevity and resistance to high-temperature oxidation.
• Advanced Dual-Layer Casing: The furnace features a double-shell construction with an active air cooling gap, which significantly reduces the outer surface temperature and enhances structural durability under prolonged high-heat cycles.
• Precision Eurotherm Control Logic: Utilizing a Eurotherm 3504 series controller, the system offers ± 0.1 ºC temperature accuracy with 10 programmable profiles and up to 500 segments for complex thermal scheduling.
• High-Purity Ceramic Fiber Insulation: The chamber is lined with premium high-purity thermal insulation materials that minimize heat loss, improve temperature uniformity, and reduce overall power consumption during long-term sintering.
• Integrated Safety Redundancy: A secondary temperature controller and independent thermocouple act as a dedicated over-temperature safeguard, automatically cutting power if user-defined safety limits are exceeded.
• Touchscreen Operational Interface: The separate control union features a high-resolution touchscreen panel, providing an intuitive user experience for monitoring real-time data, adjusting parameters, and managing data logging.
• Remote Monitoring and Connectivity: Standard RS-485 communication ports and included PC software allow for remote control, data acquisition, and integration into laboratory information management systems (LIMS).
• Rapid Thermal Cycling Capability: The bottom-loading design and efficient insulation allow for faster heating rates and controlled rapid cooling, significantly reducing total cycle times for high-volume material testing.
• Robust Chamber Design: The cylindrical heating chamber is optimized for thermal distribution, ensuring that samples are subjected to a uniform thermal field regardless of their position on the loading platform.

Applications

Technical Specifications

Why Choose TU-DZ20

• Superior Thermal Management: The combination of Kanthal MoSi2 elements and high-purity ceramic fiber insulation ensures that this furnace delivers unmatched thermal stability and efficiency for critical R&D processes.
• Engineered for Long-Term Reliability: Every component, from the heavy-duty electric lift mechanism to the dual-shell cooling system, is selected for its ability to withstand the rigors of continuous high-temperature operation in industrial settings.
• Advanced Safety and Compliance: With CE certification and built-in redundancy through secondary monitoring controllers, this system prioritizes the safety of your laboratory environment and expensive research samples.
• Precision Control Infrastructure: The integration of the industry-leading Eurotherm 3504 controller provides the granular control needed for complex ramp and soak profiles, ensuring repeatable results every time.
• Customization and Scalability: We provide extensive support for customization, including stainless steel casing options and specialized certifications like UL or CSA, to meet the specific requirements of your facility.

Contact our technical sales team today for a comprehensive quote or to discuss how this advanced thermal system can be customized to meet your specific research requirements.