High Temperature 1600C Split Tube Furnace Vacuum Flanges Valves Optional 60mm 80mm Alumina Tube

Product Overview

This high-performance split-able alumina tube furnace represents the pinnacle of thermal engineering for material science and industrial research and development. Designed to exceed the rigorous demands of laboratory heat treatment, the equipment features a unique split-frame architecture that allows for rapid access to the reaction chamber. This accessibility facilitates the easy insertion and removal of process tubes and samples, making it an essential tool for complex experimental setups where time and precision are critical. By combining versatility with superior thermal stability, this system empowers researchers to focus on their results rather than the limitations of their hardware.

Engineered for environments requiring controlled atmospheres or high-vacuum conditions, this unit is widely utilized in semiconductor development, ceramic sintering, and advanced metallurgy. The core value proposition lies in its ability to achieve temperatures up to 1600°C with exceptional uniformity, supported by a robust vacuum sealing system. Whether performing chemical vapor deposition (CVD), calcination, or annealing, this furnace provides a repeatable and reliable environment that ensures experiment integrity and process scalability. The double-layer steel casing with integrated air cooling ensures that while the internal chamber reaches extreme temperatures, the exterior remains safe for operator interaction.

Reliability is the hallmark of this thermal processing system. Utilizing premium grade heating elements and advanced refractory coatings, the unit is built to withstand continuous operational cycles in demanding industrial R&D settings. Every component, from the stainless steel vacuum flanges to the precision temperature controller, is selected for its durability and performance under stress. Buyers can invest with confidence, knowing that this equipment is designed to provide long-term service with minimal maintenance, backed by engineering standards that prioritize safety and accuracy in every thermal cycle.

Key Features

• Precision Split-Able Design: The innovative split furnace chamber allows for effortless loading and unloading of the process tube. This feature is particularly beneficial for users who need to inspect samples quickly after a run or for setups involving delicate pre-assembled instrumentation inside the alumina tube.
• Kanthal GLOBAR SG 1650 Grade SiC Elements: Equipped with 16 high-grade Silicon Carbide heating elements, this system delivers rapid heating and exceptional longevity. These elements are specifically chosen for their ability to maintain stable resistivity and heat output at temperatures approaching 1600°C.
• Advanced PID Temperature Control: The integrated FA-YD518P-AG controller features 30 programmable segments for ramping, cooling, and dwelling. With +/- 1°C accuracy and auto-tune functionality, it provides the precise thermal profiling required for sensitive material synthesis.
• Superior Vacuum Sealing Architecture: A pair of smart stainless steel vacuum sealing flanges are included, featuring built-in vacuum gauges and valves. The system supports 1/4" pipe and KF25 adapters, enabling vacuum levels as deep as 10^-5 torr when paired with a molecular pump.
• Efficient Thermal Insulation: The chamber utilizes high-purity fibrous alumina insulation, which drastically reduces heat loss and energy consumption. This material ensures that heat is concentrated within the process zone, improving the furnace's environmental footprint and thermal efficiency.
• Enhanced Refractory Protection: A specialized refractory coating is applied to both the interior furnace walls and the heating elements. This coating significantly extends the operational lifespan of the components by protecting them against chemical vapors and high-temperature oxidation.
• Industrial Safety Standards: The system is built with a double-layer steel casing and air-cooling fans, maintaining the outer surface temperature below 60°C. The furnace also includes built-in over-temperature and thermocouple failure alarms to protect both the equipment and the lab environment.
• Material-Specific Alumina Components: The system includes high-quality alumina tubes (available in 60mm or 80mm diameters) and fibrous ceramic tube blocks. These blocks are essential for blocking heat radiation, protecting the sealing flanges, and ensuring a uniform constant temperature zone.
• Standard Compliance and Certification: This furnace is CE certified, meeting rigorous European safety and quality standards. For facilities requiring specific North American compliance, NRTL or CSA certifications are available as optional upgrades to meet local safety regulations.
• Flexible Communication Interfaces: The controller comes standard with a DB9/PC communication port. Users can upgrade to Eurotherm controllers for LabVIEW compatibility, allowing for sophisticated data logging and remote process management on industrial networks.

Applications

Technical Specifications

Why Choose This Furnace

• Premium Engineering: Built with Kanthal GLOBAR SiC heating elements and high-purity alumina insulation, this equipment is designed for high-uptime industrial environments where performance bottlenecks are not an option.
• Exceptional Thermal Precision: The 30-segment PID control system provides a level of accuracy and repeatability that is essential for publishing-grade research and high-stakes industrial production.
• Versatile Processing Environments: Whether your process requires a high vacuum, inert gas flow, or ambient air conditions, the integrated stainless steel flange system provides a flexible platform for all heat treatment needs.
• Robust Durability: The combination of a special refractory coating and a double-layer steel casing ensures that the furnace remains a productive asset in your laboratory for years, maintaining structural and operational integrity.
• Expert Customization & Support: We offer a range of optional upgrades, including Eurotherm controllers, LabVIEW software kits, and varied gas delivery systems, ensuring the equipment is perfectly tailored to your specific process requirements.

Position your facility at the forefront of thermal processing excellence. Contact our technical sales team today for a formal quote or to discuss a customized thermal solution for your research objectives.