1500C Five Zone Split Tube Furnace with 84mm Mullite Tube and Vacuum Flanges

Product Overview

This high-performance thermal processing system is engineered for advanced material research, offering a unique five-zone configuration that enables precise control over temperature gradients. By utilizing an high-purity mullite ceramic tube and independent heating zones, this equipment provides researchers and industrial engineers with the ability to create complex thermal profiles required for sophisticated heat treatments. The integrated split-hinge design allows for easy access to the process chamber, facilitating the rapid loading and unloading of samples while supporting the integration of complex internal setups without dismantling the entire tube assembly.

Targeted primarily at metallurgical research, semiconductor development, and aerospace material testing, the system excels in environments where precision and flexibility are non-negotiable. Whether the objective is high-throughput phase transition analysis or the growth of gradient functional materials, the equipment offers a robust platform for experimental reproducibility. The architecture is optimized for both vacuum and atmosphere-controlled operations, ensuring that sensitive materials are processed under strict, contaminant-free conditions.

Built with heavy-duty industrial components, including silicon carbide heating elements and sophisticated PID controllers, this unit is designed for long-term reliability in demanding laboratory environments. The structural integrity of the split frame, combined with the thermal shock resistance of the American-made mullite tube, guarantees consistent performance even under continuous operational cycles. This system represents a significant investment in thermal processing capability, providing the stability and accuracy required for world-class industrial R&D.

Key Features

• Five-Zone Thermal Customization: Each of the five heating zones is equipped with its own independent PID controller and S-type thermocouple, allowing for the creation of precise thermal gradients up to 100°C/cm for specialized material processing.
• Superior Split-Frame Architecture: The longitudinal split design of the furnace body facilitates effortless tube replacement and sample handling, significantly reducing downtime between experimental runs compared to traditional solid-body tube furnaces.
• High-Performance Silicon Carbide Heating Elements: Utilizing 42 individual 1500°C grade SiC rods, the system ensures rapid heating rates and excellent temperature uniformity across the expansive 1219mm total heating length.
• Precision Mullite Ceramic Process Tube: The inclusion of a high-purity, US-made mullite tube (84mm O.D.) provides exceptional mechanical strength and chemical stability at temperatures up to 1500°C, preventing contamination of high-purity samples.
• Advanced Vacuum Sealing System: Stainless steel vacuum flanges with double-ring sealing technology allow the system to achieve vacuum levels as low as 10^-5 torr with a molecular pump, critical for oxide-sensitive processes.
• Sophisticated PID Programming: Each controller supports up to 30 programmable segments, providing granular control over heating rates, cooling rates, and dwell times to accommodate complex proprietary heat treatment recipes.
• Enhanced Safety and Autonomous Operation: Built-in over-temperature protection and audible alarms ensure the safety of both the operator and the equipment, allowing for unattended operation during long soaking cycles.
• Robust Thermal Insulation Spacers: Adjustable zone spacers enable the user to modify the thermal gradient between zones, providing the versatility to switch between a flat constant temperature zone and a steep gradient profile.
• Data Connectivity and Remote Monitoring: An RS485 communication port comes standard, allowing researchers to export thermal data to a laptop for real-time visualization and historical record-keeping.
• Premium Build Quality and Compliance: Every component is selected for industrial durability, and the entire system is CE certified, with optional NRTL or CSA certification available to meet strict facility safety requirements.

Applications

Technical Specifications

Why Choose TU-66

Choosing this equipment means investing in an industrial-grade thermal solution that bridges the gap between laboratory research and scalable manufacturing. The five-zone configuration provides a level of experimental flexibility that single-zone furnaces cannot match, allowing for the simulation of complex production environments within a compact laboratory footprint. Our commitment to using premium materials, such as SiC elements and US-made mullite tubes, ensures that the furnace maintains its precision year after year, even in the most demanding high-temperature applications.

• Unmatched Thermal Versatility: Specifically designed for gradient processing, giving you the power to conduct complex material studies on a single platform.
• Superior Engineering Reliability: Heavy-duty SiC heating elements and industrial-grade PID controllers provide the consistency required for publishable research data.
• Atmosphere and Vacuum Precision: Dual-capability design ensures your materials are protected from oxidation and environmental contamination.
• Operational Efficiency: The split-furnace design facilitates faster cooling and easier sample access, maximizing your laboratory's daily output.
• Global Certification Standards: With CE certification and optional UL/CSA compliance, this system is ready for immediate deployment in world-class facilities.

Our technical team is ready to assist you in configuring this five-zone system to your specific research requirements. Contact us today for a detailed quote or to discuss custom modifications for your unique thermal processing workflow.