Description
The Laboratory Muffle Furnace YG0355-1 is engineered for precision in thermal processes, making it an indispensable tool in laboratory environments. Featuring a generous 64-liter chamber, its double-layered structure with cooling ventilation guarantees safety and remarkable energy efficiency, boasting up to 80% energy savings with high-purity alumina fiber insulation. Its advanced 30-segment PID controller delivers automated temperature regulation, ensuring protection from overheating and sensor complications.
Market Price
The high-precision Laboratory Muffle Furnace YG0355-1 is available in a price range from $13,720 to $13,750. Pricing depends on the chosen configuration, chamber size, and optional enhancements such as touchscreen interfaces or sophisticated monitoring systems.
Frequently Asked Questions
- What is the maximum working temperature?
The maximum operational temperature is 1700°C. For prolonged use, it’s recommended to maintain a continuous temperature of 1600°C to extend the furnace’s life. - How does the furnace prevent overheating?
Equipped with automatic overheating protection and continuous monitoring of thermocouple integrity, it significantly enhances safety when used in controlled environments. - How is temperature control managed?
The furnace utilizes a PID control system with 30 programmable segments for superior temperature stability (+/- 1°C), ideal for experiments requiring precision.
Advantages and Disadvantages
Key advantages of the furnace include its robust construction, notable energy savings, and precise temperature control. The large chamber capacity suits high-volume operations, while the MoSi2 heating system ensures even heat distribution. As a potential drawback, the size and weight of the furnace may not be ideal for smaller laboratories. Moreover, to ensure durability, the recommended heating rate above 1400°C should be limited to increments of 2°C/min.
Field Applications
The YG0355-1 Muffle Furnace plays a crucial role in fields such as analytical chemistry, metallurgy, and materials research. It excels in ceramic heat treatment, resistance testing, and sintering processes where stable and accurate temperature conditions are paramount. Its reliability and enhanced safety features make it especially advantageous for laboratories undertaking complex material experiments.
Recommendations
For optimal use and extended longevity, it is advised to maintain a heating rate below 10°C/min for operations under 1400°C. For higher temperature ranges, specific ramp rates should be diligently followed according to the specifications. Regular maintenance, including chamber cleaning and thermocouple inspections, is essential to ensure consistent performance and safety. Discover how this professional equipment can enhance your laboratory processes by considering a personalized configuration to suit your specific needs.
Technical Specifications
| Model | YG0355-1 |
| Rated voltage | AC 380V 3 phase or 1 phase 50/60Hz |
| Power | 18kw |
| Chamber size | 400x400x400mm, 64L |
| Max. Temperature | 1700 °C |
| Continuous working temperature | 1600 °C |
| Max. Heating Rate | 30 °C /min; Suggest to use 10°C/min under 1400°C, 1400°C-1600°C 5°C/min, >1600°C 2°C/min; |
| Temperature controller | PID automatic control and auto-tune function. 30 programmable segments for precise control. Built-in protection for overheating and broken thermocouple |
| Temperature Accuracy | +/- 1°C |
| Heating Element | MoSi2 heater |
| Thermocouple | B type |
| Standard parts | Reserve heater 2pcs, crucible tongs 1pc, asbestos gloves 1pair, one user manual |
