High Temperature Vertical Atmosphere Controlled Furnace 1700C Automatic Bottom Loading 13 Liter Vacuum Thermal System

Product Overview

This high-temperature vertical atmosphere-controlled system represents the pinnacle of thermal engineering for material science and industrial research and development. Designed to facilitate complex sintering and annealing processes, the equipment offers a unique vertical configuration that maximizes temperature uniformity and operational ergonomics. By integrating a sophisticated bottom-loading mechanism, this system allows for the safe and stable handling of delicate samples, ensuring that material integrity is maintained throughout the heating and cooling cycles. Whether operating under high vacuum or controlled inert gas environments, the unit delivers the precision required for the most demanding technical applications.

Targeted at advanced sectors such as semiconductor manufacturing, aerospace metallurgy, and ceramic engineering, this furnace provides a versatile platform for high-stakes R&D. The equipment is engineered to handle continuous temperatures up to 1600°C, with the capability to reach 1700°C for specialized short-term processes. The integration of high-purity fibrous alumina insulation and water-cooled stainless steel flanges ensures that the system operates with maximum energy efficiency while protecting critical vacuum seals. This balance of power and protection makes it an indispensable tool for labs requiring repeatable, high-accuracy thermal data.

Reliability is the core foundation of this thermal processing unit. Built with a heavy-duty double-layer steel casing and high-grade Molybdenum Disilicide (MoSi2) heating elements, the system is designed for long-term industrial service. Every component, from the Eurotherm temperature controller to the recirculating water chiller, has been selected to provide a seamless, integrated user experience. Buyers can proceed with confidence, knowing this equipment is backed by rigorous engineering standards and a design philosophy that prioritizes both safety and performance in extreme temperature environments.

Key Features

• Automatic Bottom-Loading Mechanism: The electric motor-driven bottom flange allows for smooth, vibration-free sample loading of up to 50 kg, minimizing the risk of mechanical damage to fragile specimens and improving user ergonomics during high-throughput testing.
• Superior Thermal Insulation: Utilizing high-purity fibrous alumina insulation, this system achieves maximum energy saving and rapid thermal response times while maintaining a cool outer casing temperature for operator safety.
• Precision MoSi2 Heating Elements: Equipped with high-grade Molybdenum Disilicide elements, the equipment ensures stable and consistent heating up to 1700°C, providing the longevity and oxidation resistance necessary for high-temperature cycles.
• Advanced Atmosphere Control: The furnace features a vacuum-sealed stainless steel chamber capable of reaching 10-2 torr, supporting processes under vacuum or controlled inert gas atmospheres with automated pressure regulation between 100 and 115 KPa.
• Eurotherm PID Temperature Regulation: An industry-standard Eurotherm controller provides 24-segment programming with +/- 0.1°C accuracy, allowing for complex ramping, cooling, and dwelling steps tailored to specific material requirements.
• Integrated Water Cooling System: A built-in water-cooling jacket on the chamber exterior and flanges, supported by a 16L/min recirculating chiller, protects O-rings and ensures vacuum integrity even during prolonged high-temperature operation.
• Real-Time Touch Screen Interface: The intuitive touch panel provides centralized control over temperature profiles and inert gas pressure, simplifying the management of complex thermal recipes and reducing the likelihood of manual operation errors.
• Enhanced Safety Protocols: Features include built-in automatic pressure protection, a safety pressure release valve, and overheating/broken thermocouple protection to safeguard both the equipment and the laboratory environment.
• Robust Vacuum Performance: The system includes a high-quality mechanical vacuum pump as standard, enabling the rapid evacuation of the chamber to achieve clean, contaminant-free atmospheres for sensitive semiconductor wafer processing.
• PC Connectivity and Data Logging: An RS485 port is integrated for seamless PC operation, allowing researchers to monitor, record, and analyze thermal data remotely for comprehensive quality control and documentation.

Applications

Technical Specifications

Why Choose TU-QF10

• Industrial Grade Reliability: This system is engineered with a double-layered steel casing and premium MoSi2 elements, ensuring it survives the rigors of continuous industrial and research use without performance degradation.
• Unmatched Precision: Featuring a Eurotherm controller and B-type thermocouples, the equipment provides the exacting temperature accuracy and uniformity required for sensitive material transformations and repeatable scientific results.
• Integrated Safety and Ergonomics: The automatic bottom-loading design is not just a convenience; it is a critical safety feature that protects the operator from heat exposure and ensures the stable movement of heavy or delicate payloads.
• Complete Ready-to-Use Package: Unlike many competitors, this system comes fully equipped with the necessary vacuum pump and recirculating water chiller, eliminating the need for separate procurement and ensuring immediate compatibility.
• Flexible Customization: THERMUNITS offers extensive customization options for this platform, including gas mixing systems, specialized software integration, and NRTL/CSA certifications to meet specific laboratory standards.

Experience the precision and durability of our high-temperature solutions. Contact our engineering team today for a technical consultation or to request a detailed quote for your specific thermal processing needs.