Description of the Product
The Universal Lab High-Temp Box Muffle Furnace models YR05272 to YR05284 are an embodiment of precision and reliability, designed to meet the rigorous demands of laboratory environments. These furnaces are known for their ability to deliver high temperatures with utmost consistency, making them ideal for a variety of applications including material testing, heat treatment, and sample preparation.
These models offer a maximum temperature of up to 1200°C, and a continuous working temperature of ≤1100°C, effectively catering to high-temperature requirements with ease. The heating element is constructed from durable Fe-Cr-Al-Mo wire, controlled by a K-type thermocouple, and powered by a working voltage range of 220-380V, ensuring efficient heating with a power range of 1-9KW. Each unit varies in capacity and chamber size, providing flexibility to match specific laboratory needs.
| Model | Chamber Size (DxWxH) (cm) |
Capacity | Max. Temp | Continuous Working Temperature |
Heater | Thermocouple | Working Voltage |
Max. Power |
Weight |
| YR05272 | 10x10x10 | 1 | 1200°C | ≤1100°C | Fe-Cr-Al-Mo Wire | K type | 220-380V | 1-9KW | 70KG 11KG |
| YR05273 | 20x15x15 | 4.5 | 1200°C | ≤1100°C | Fe-Cr-Al-Mo Wire | K type | 220-380V | 1-9KW | 93kg |
| YR05274 | 30x20x12 | 7.2 | 1200°C | ≤1100°C | Fe-Cr-Al-Mo Wire | K type | 220-380V | 1-9KW | 84kg |
| YR05275 | 30x20x20 | 12 | 1200°C | ≤1100°C | Fe-Cr-Al-Mo Wire | K type | 220-380V | 1-9KW | 124kg |
| YR05276 | 40x30x30 | 36 | 1200°C | ≤1100°C | Fe-Cr-Al-Mo Wire | K type | 220-380V | 1-9KW | 178kg |
Market Price
In the market, high-quality muffle furnaces such as the Universal Lab High-Temp series generally range from approximately $9000 to $10,200. This price range reflects the advanced technology and durable construction of these devices, which are essential for both academic and industrial research laboratories.
Frequently Asked Questions
What is the maximum temperature capacity of these furnaces?
All models in this series are capable of reaching a maximum temperature of 1200°C, suitable for various high-temperature processes.
What is the typical application of these furnaces?
These muffle furnaces are commonly used in applications such as ceramics processing, metal annealing, and the calcination of various materials.
What type of thermocouple is used in these models?
The models utilize a K-type thermocouple, known for its compatibility and reliability across a wide range of temperatures.
Advantages and Disadvantages
One of the most significant advantages of the Universal Lab High-Temp Box Muffle Furnaces is their robust construction and high-temperature efficiency. This ensures reliability and accuracy in experiments and processes that require stable and extreme heat environments. Moreover, the wide voltage compatibility and the use of Fe-Cr-Al-Mo wire ensure optimal performance and longevity of the heating element.
However, the main disadvantage might be the weight of these units, which could be a consideration for laboratories with limited space or require frequent relocation of the furnace. Another potential drawback is the requirement for precise installation and calibration, which is crucial to ensure safe and accurate operation.
Use of the Product in the Field
These furnaces are extremely versatile and find their use in numerous scientific fields. In material science, they are used for testing materials at high temperatures, aiding in the development of new compounds and metals. In chemistry, these furnaces are essential for creating controlled environments for reactions that need persistent high temperatures.
In educational institutions, they serve as practical tools for students to conduct experiments and research projects that demand high-temperature conditions. Their design supports varied integration into laboratory setups, making them invaluable instruments for research and development.
Recommendations
To ensure the best performance and durability from your Universal Lab High-Temp Box Muffle Furnace, it is recommended to perform regular maintenance checks and cleaning on both internal and external components. Operators should follow the manufacturer’s guidelines to prevent unintentional overheating and ensure accurate temperature readings.
For laboratories considering purchasing these units, evaluating the specific temperature requirements and furnace capacity in relation to the intended application will greatly optimize their usage. For optimal investment and functionality, laboratory staff are encouraged to undergo basic training on the operation and safety processes specific to these furnaces.
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