7.2L Intelligent 1200.C Muffle Furnace

7.2L Intelligent 1200.C Muffle Furnace

Introduction:

This 7.2L Intelligent 1200.C Muffle Furnace is specially designed to meet customer needs, offering high cost-performance. With a simplified classic design and a sintering chamber made of lightweight alumina fiber, it features touch screen controls for seamless human-machine interaction, making operation exceptionally convenient.

Features and Benefits:

• Moderate Furnace Volume: Suitable for a variety of material heat treatment processes.
• Advanced Insulation Materials: Made with refractory and insulating materials that minimize heat loss and effectively reduce power consumption.
• Modular Structure: Durable and easy to maintain.
• Exhaust Chimney: The furnace top is equipped with a chimney to efficiently remove volatiles produced during the sintering process.
• Touch Screen Operation: Intuitive display of temperature curves.

Technical Parameters of Intelligent 1200.C Muffle Furnace:

Model	M1200-20IT(B)
Power	AC220V  3.5KW
Max.temp	1200℃（<1hour）
Working temp	1100℃（Continuous）
Heating rate	≤20℃/min
Chamber size	W200*H120*D300mm
Outer dimensions	W420*H530*D570mm
Control system		1. Embedded operating system with a bilingual (Chinese-English) graphical interface, 7-inch full-color touch screen input, and an intelligent human-machine dialogue mode with non-linear temperature correction. 2. Capable of storing 15 programs, each with up to 30 “time-temperature” segments, eliminating the need for repetitive curve modifications. 3. Features over-temperature alarm, thermocouple breakage indication, and leakage protection.
Accuracy	+/- 1℃
Heating Elements		Mo-doped Fe-Cr-Al alloy
Net weight	Approximately 40KG
Service Support	1-year warranty with lifetime support (warranty excludes consumable parts).

Optional of Intelligent 1200.C Muffle Furnace:

• Special corrosion-resistant furnace chamber

• Observation window

• Atmosphere protection box: An accessory for the furnace designed to create and maintain a specific atmospheric environment to protect materials from oxidation, contamination, or adverse reactions with air (customizable dimensions).

Appllications:

1. Ceramic Processing

• Sintering
• Annealing
• Calcination

2. Material Science Research

• Material Development: Essential for research laboratories focused on developing new materials with specific properties.
• Thermal Analysis: Useful for conducting thermal analysis experiments.
• Synthesis of Advanced Materials: Facilitates the synthesis of advanced materials like composites, nanomaterials, and specialty alloys.

3. Metallurgy

• Heat Treatment of Metals
• Phase Transformation Studies: Useful for studying phase transformations in metals and alloys at high temperatures.
• Metal Powder Processing: Can be used in the sintering and calcination of metal powders for various applications.

4. Chemical Analysis

• Ashing: Suitable for ashing organic and inorganic samples to determine their composition.
• Loss on Ignition (LOI) Tests: Used for LOI tests to measure the amount of moisture and volatile substances in materials.
• Decomposition of Complex Materials: Helps in the decomposition of complex materials to simpler forms for analysis.

5. Environmental Testing

• Soil Testing: Used in soil testing laboratories for the thermal treatment of soil samples to study their composition and contamination levels.
• Waste Material Analysis: Essential for analyzing the composition of waste materials and determining the presence of hazardous substances.

6. Pharmaceutical Industry

• Thermal Stability Studies: Helps in studying the thermal stability of pharmaceutical compounds and excipients.

7. Electronics and Semiconductor Industry

• Wafer Processing: Useful for various heat treatment processes involved in semiconductor wafer fabrication.
• Component Testing: Can be used for testing the thermal stability and performance of electronic components.

8. Education and Training

• Academic Research: Widely used in universities and educational institutions for research and practical training in materials science, chemistry, and engineering.
• Laboratory Exercises: Provides a hands-on tool for students to learn about high-temperature processes and material properties.