High Temperature Bench Top Muffle Furnace 1700C with Integrated Evaporating Particle Collection and 8x8x8 Alumina Fiber Chamber

Product Overview

This high-temperature bench-top furnace represents a specialized thermal processing solution designed for researchers and engineers who require precise temperature control combined with integrated particle management. By merging a powerful 1700°C heating environment with a dedicated evaporating particle collection system, this unit allows for the simultaneous heat treatment of materials and the recovery or filtration of volatile byproducts. The core value proposition lies in its ability to maintain a clean laboratory environment while providing the extreme thermal energy necessary for advanced material synthesis and sintering processes.

The equipment is primarily utilized in solid-state chemistry, metallurgy, and advanced ceramics research. It is particularly effective for processes where precursors may evaporate or release colloids during high-temperature dwell times. By utilizing a water-cooled condensing mechanism, the system ensures that these particles are safely separated and collected, making it an essential tool for catalyst preparation, nanoparticle synthesis, and specialized calcination. The compact bench-top footprint allows it to be easily integrated into existing laboratory workflows without the excessive space requirements of industrial-scale kilns.

Built for demanding industrial R&D environments, the system prioritizes long-term reliability and operational safety. The double-layered steel chassis, combined with active fan cooling, ensures the exterior remains safe to touch even during peak operations. With high-grade molybdenum disilicide (MoSi2) heating elements and high-purity alumina fiber insulation, the furnace delivers consistent, repeatable thermal cycles. This robust construction provides procurement teams and laboratory managers with confidence in the equipment’s durability and its ability to withstand the rigors of continuous high-temperature experimentation.

Key Features

• Super 1800 Grade MoSi2 Heating Elements: Equipped with high-performance molybdenum disilicide elements, the system can reach a maximum operating temperature of 1700°C. These elements are chosen for their ability to form a protective quartz layer at high temperatures, ensuring longevity and resistance to oxidation in demanding thermal environments.
• Integrated Evaporating Particle Collection: A standout engineering feature, this unit includes a specialized water chiller and alumina tube assembly. This system facilitates the separation and collection of colloids and particles evaporated during the heating process, protecting the laboratory atmosphere and allowing for byproduct analysis.
• Advanced 1700 Grade Alumina Fiber Insulation: The chamber is lined with high-quality alumina fiber bricks featuring a reflective coating. This design significantly enhances energy efficiency by minimizing heat loss and ensuring rapid heating rates while protecting the mechanical integrity of the furnace structure.
• Precision PID Temperature Control: The integrated 30-segment programmable controller allows for complex thermal profiles, including precise ramping, dwelling, and cooling steps. With an accuracy of ±1°C, researchers can ensure strict adherence to experimental protocols.
• Double-Layered Air-Cooled Housing: Safety is maintained through a heavy-duty steel structure with built-in cooling fans. This configuration keeps the external casing temperature below 60°C, protecting operators and surrounding equipment from radiant heat during extended 1650°C soak times.
• B-Type Platinum-Rhodium Thermocouple: For high-temperature accuracy and stability, the system utilizes a B-type thermocouple shielded by an alumina tube. This ensures reliable feedback to the controller even at the upper limits of the furnace's thermal range.
• Customizable Gas Management: While not designed for vacuum, the unit features dedicated gas inlet and outlet tubes. This allows for controlled gas purging within the internal crucible, enabling specific atmospheric conditions for oxidation or specialized material reactions.
• Safety Alarm and Automation: The controller is equipped with built-in over-temperature and thermocouple failure alarms, providing automated protection against process deviations that could damage samples or the internal heating elements.

Applications

Technical Specifications

Why Choose TU-QF13

• Specialized Vapor Management: Unlike standard muffle furnaces, this system is purpose-built to handle and collect evaporated particles, protecting your facility and enabling the recovery of valuable volatile materials.
• Uncompromising Thermal Engineering: Utilizing Super 1800 grade MoSi2 elements and 1700 grade alumina fiber, this furnace is designed for high-availability performance in rigorous R&D schedules.
• Precision and Stability: Achieving ±1°C accuracy with a B-type thermocouple ensures that your research data is repeatable and meets the highest scientific standards.
• Operator Safety First: The dual-shell design and active cooling system significantly reduce external temperatures, making it one of the safest high-temperature bench-top units in its class.
• Versatile Interface Options: Whether you require standard PID control or full LabVIEW integration with a laptop-based management system, the equipment offers the modularity needed for modern data-driven laboratory environments.

Contact us today for a technical consultation or to request a formal quote for your specific material processing requirements.