Ultra High Temperature Bench Top Muffle Furnace 1750C Sintering System with Kanthal Super Heating Elements and Precision Digital Control

Product Overview

This ultra-high temperature bench-top muffle furnace represents the pinnacle of thermal engineering for material science and industrial research laboratories. Designed to reach a peak operating temperature of 1750°C, this equipment is specifically engineered for the sintering of high-purity ceramic materials where element contamination must be strictly avoided. By utilizing world-class heating components and sophisticated digital control interfaces, the unit provides a stable and repeatable thermal environment for the most demanding R&D applications.

The system is ideally suited for academic institutions, industrial laboratories, and small-scale production environments focusing on advanced ceramics, metallurgy, and semiconductor development. Its compact footprint belies a robust interior chamber lined with high-purity alumina fiber, ensuring that heat is contained efficiently while protecting the external shell. This unit empowers researchers to push the boundaries of high-temperature material behavior with confidence in the consistency of their results.

Reliability is at the core of this system's design philosophy. Built using UL-recognized components and featuring a heavy-duty double-shell steel case, the equipment is designed for long-term service in rigorous industrial conditions. The integration of high-precision electronics and structural cooling fans ensures that the furnace maintains operational integrity even when dwelling at temperatures that would compromise lesser systems. This is not merely a furnace; it is a critical tool for precision thermal processing.

Key Features

• Kanthal Super-1800 Grade MoSi2 Elements: The equipment utilizes six high-performance Molybdenum Disilicide (MoSi2) heating elements, rated for 1800°C. These elements are specifically chosen for their ability to withstand extreme temperatures without contaminating sensitive ceramic samples, providing a clean and efficient heat source that outperforms standard heating materials.
• Precision PID Temperature Control: Equipped with a high-precision SCR (Silicon Controlled Rectifier) digital controller, the system offers +/-1 °C accuracy. The controller allows for 30 programmable segments, including customizable ramping, cooling, and dwelling steps, giving the operator complete control over the thermal profile of their process.
• Dual-Shell Air-Cooled Housing: The double-shell steel case is integrated with built-in cooling fans. This engineering choice ensures that while the interior reaches 1750°C, the exterior surface remains safe to touch, enhancing laboratory safety and protecting internal electronics from heat-induced fatigue.
• High-Purity Alumina Fiber Insulation: The chamber is lined with premium high-purity alumina fiber insulation. This material provides exceptional thermal resistance, maximizing energy efficiency by reducing heat loss through the furnace walls while contributing to a longer overall service life for the heating elements and internal structure.
• Advanced Safety Instrumentation: The unit includes a built-in over-temperature alarm and a thermocouple failure detection system. These safety measures automatically protect both the equipment and the load from thermal runaway or sensor malfunctions, ensuring peace of mind during overnight or long-duration cycles.
• High-Accuracy Thermocouple System: Temperature sensing is handled by dual platinum-rhodium B-type thermocouples. Known for their stability and precision at ultra-high temperatures, these sensors provide the feedback necessary for the PID controller to maintain the tightest possible tolerances.
• Scalable Digital Communication: The default configuration includes a DB9 PC communication port, allowing for digital integration. This enables data logging and remote monitoring, which are essential for maintaining quality control standards and documenting research parameters.
• Durable Refractory Door Block: A custom-fit refractory door block must be inserted prior to closing, ensuring a tight thermal seal that prevents energy leakage and maintains temperature uniformity within the 8.4L chamber.

Applications

Technical Specifications

Why Choose This High Temperature System

• Premium Heating Technology: By integrating genuine Kanthal Super-1800 heating elements, we ensure your processes are powered by the world standard in MoSi2 technology, offering superior longevity and chemical resistance.
• Engineered for Precision: The combination of B-type thermocouples and advanced SCR digital control allows for a level of thermal accuracy (+/- 1°C) that is critical for delicate sintering and material synthesis procedures.
• Robust Safety Standards: Every component is selected for its industrial-grade performance, featuring UL-recognized parts and a dual-shell design that prioritizes laboratory safety and equipment durability.
• Flexible Upgradability: From Eurotherm 3504 controller upgrades to custom LabVIEW-based software kits and wireless remote controls, the system can be tailored to meet the specific data management needs of your facility.
• Industrial Heritage: Our equipment is trusted by leading material science researchers and industrial procurement teams globally, backed by a commitment to responsive technical support and replacement part availability.

For more information regarding lead times, custom configurations, or to receive a formal quotation, please contact our technical sales team today.