Maximum Operating Temperature: 1 300–1 500 ℃. The Muffle Furnaces Are Heated Using SiC.

1300-1500℃ max. SiC-Heated Muffle Furnaces Key Features

1. Operational Temperature Range: The muffle furnace operates between 1300℃ and 1500℃. It supports applications that require precise control in high-temperature environments.

2. Temperature Control: The furnace employs a PID controller that maintains a set temperature. Users can programme and adjust the temperature with ease.

3. Heating and Cooling Efficiency: The furnace reaches the target temperature quickly. It reduces the time required for experiments and production processes.

4. Construction and Heat Distribution: The furnace chamber is engineered for extreme temperatures and built from high-quality refractory materials. The heating elements distribute heat evenly, thereby minimising temperature fluctuations.

5. Safety Features: The furnace includes over-temperature protection and an emergency shut-off system. These features safeguard both the equipment and the samples.

6. Control Interface: The control panel is designed for straightforward operation. The digital display shows real-time feedback on temperature and critical parameters, and the USB port enables data recording.

7. Application Versatility: The muffle furnace is used in fields such as metallurgy, materials science, ceramics, and other high-temperature processes. It meets the operational demands of these applications.

8. Customisation Options: Users can choose from gas atmospheres, programmable profiles, and various chamber sizes. This allows the furnace to be tailored to individual requirements.

9. Energy-Efficient Design: The furnace is designed to reduce heat loss. Enhanced insulation lowers energy consumption, thereby contributing to more sustainable operations.

1300-1500℃ max. SiC-Heated Muffle Furnaces for Applications

The 1300-1500℃ max. SiC-heated muffle furnaces are used in various industries and processes, including:

• Thermal treatment of metals
• Sintering of ceramics and powders
• Annealing and tempering
• Ashing of samples
• Glass testing
• Research and development
• Quality control and testing