1600-1700°C MoSiO2-heated Muffle Ovens

1600-1700℃ Muffle Furnaces Heated by MoSiO2: Key Features

1. Temperature range: The furnace operates between 1600℃ and 1700℃. It supports heat treatment, annealing, sintering and sample ashing processes. This range meets high-temperature requirements.

2. Temperature control: The furnace employs PID controllers that maintain set temperatures with precision. Users can programme the desired temperature and the system holds it reliably.

3. Heating and cooling speed: The furnace heats and cools rapidly. It reaches the set temperature quickly, thereby reducing processing time by a measurable margin.

4. Construction quality: The chamber uses refractory materials rated for sustained operation at high temperatures. The heating elements are arranged to ensure uniform heat distribution.

5. Safety measures: The furnace features overtemperature protection and an emergency stop system. These elements ensure the safety of both equipment and samples.

6. Interface design: The control panel permits straightforward operation. A digital display provides real-time temperature data and critical parameters. The USB port allows convenient data logging.

7. Applications: The furnace is used in areas such as metallurgy, material science, ceramic processing and others that require high-temperature treatments.

8. Customisation options: The furnace can be adapted to specific requirements. Options include selectable gas atmospheres, programmable profiles and varying chamber sizes.

9. Energy efficiency: The furnace is designed to reduce energy consumption by minimising heat loss. Its insulation decreases wasted energy and lowers overall consumption.

1600-1700℃ Muffle Furnaces Heated by MoSiO2: Applications

The 1600-1700℃ muffle furnaces with MoSiO2 heating are employed in several industries and processes, including:

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