The Universal Lab Muffle Furnaces YR05272 // YR05284 are designed to ensure precision and efficiency in thermal scientific processes that require controlled temperatures. These furnaces stand out for their ability to reach maximum temperatures of up to 1700°C, providing an advanced solution for laboratories requiring high performance and safety standards.
Muffle furnaces are essential for a variety of applications in industries such as ceramics, metallurgy, materials engineering, and environmental sciences. Kalstein’s YR05272 and YR05284 models feature advanced heating technology, making them an indispensable tool for those seeking thermal precision and durability. Additionally, their compact and robust design allows for easy handling in demanding environments, ensuring stability in test results.
Product Description
The YR05272 // YR05284 models have technical features that ensure optimal performance in every application. The furnace chamber size ranges from 10x10x10 cm to 40x30x30 cm, allowing for the processing of samples of different dimensions according to laboratory needs. The maximum thermal capacity reaches 1700°C, ensuring stable temperature control for continuous work throughout the day.
Technical specifications
Here are the technical specifications:
|
Model |
Chamber Size (DxWxH) (cm) |
Capacity (L) |
Max Temperature (°C) |
Continuous Working Temperature (°C) |
Heating Element |
Thermocouple Type |
Working Voltage (V) |
Power (KW) |
Weight (KG) |
|
YR05272 |
10x10x10 |
1 |
1200 |
≤ 1100 |
Fe-Cr-Al-Mo |
Type K |
220-380 |
1-9 |
70 |
|
YR05273 |
20x15x15 |
4.5 |
1200 |
≤ 1100 |
Fe-Cr-Al-Mo |
Type K |
220-380 |
1-9 |
93 |
|
YR05274 |
30x20x12 |
7.2 |
1200 |
≤ 1100 |
Fe-Cr-Al-Mo |
Type K |
220-380 |
1-9 |
84 |
|
YR05275 |
30x20x20 |
12 |
1200 |
≤ 1100 |
Fe-Cr-Al-Mo |
Type K |
220-380 |
1-9 |
124 |
|
YR05276 |
40x30x30 |
36 |
1200 |
≤ 1100 |
Fe-Cr-Al-Mo |
Type K |
220-380 |
1-9 |
178 |
|
YR05277 |
10x10x10 |
1 |
1400 |
≤ 1300 |
SiC |
Type S |
220-380 |
1-16 |
61 |
|
YR05278 |
20x15x15 |
4.5 |
1400 |
≤ 1300 |
SiC |
Type S |
220-380 |
1-16 |
94 |
|
YR05279 |
30x20x20 |
12 |
1400 |
≤ 1300 |
SiC |
Type S |
220-380 |
1-16 |
127 |
|
YR05280 |
40x30x30 |
36 |
1400 |
≤ 1300 |
SiC |
Type S |
220-380 |
1-16 |
180 |
|
YR05281 |
10x10x10 |
1 |
1700 |
≤ 1600 |
MoSi2 |
Type B |
220-380 |
1-16 |
66 |
|
YR05282 |
20x15x15 |
4.5 |
1700 |
≤ 1600 |
MoSi2 |
Type B |
220-380 |
1-16 |
136 |
|
YR05283 |
30x20x20 |
12 |
1700 |
≤ 1600 |
MoSi2 |
Type B |
220-380 |
1-16 |
190 |
|
YR05284 |
40x30x30 |
36 |
1700 |
≤ 1600 |
MoSi2 |
Type B |
220-380 |
1-16 |
310 |
These furnaces are notable for their versatility and adaptability, allowing precise heat control thanks to a variety of heating elements such as Fe-Cr-Al-Mo wires and SiC and MoSi2 heaters. Additionally, the type of thermocouple sensor used ensures accurate internal temperature measurements, essential for processes requiring extreme precision.
Market Price
The price of high-temperature muffle furnaces varies depending on the features and specifications of the model. For the YR05272 and YR05284 models, the price range can be between $3,000 and $15,000 USD, depending on factors such as capacity, maximum temperature, and power specifications. These prices are competitive compared to other brands, offering excellent value for money.
Frequently Asked Questions
What type of samples can be processed in these furnaces?
Kalstein muffle furnaces are ideal for the thermal treatment of ceramic, metallic, mineral, and scientific research samples.
What is the temperature range these furnaces can reach?
Depending on the model, the furnaces can reach between 1200°C and 1700°C, making them suitable for processes requiring high thermal precision.
What is the energy consumption of these furnaces?
The energy consumption ranges from 1KW to 16KW, depending on the size and selected model, optimizing energy use based on laboratory needs.
Is it safe to operate these furnaces in a conventional laboratory?
Yes, these furnaces are designed with multiple safety mechanisms, such as advanced thermal insulation and automatic temperature control, ensuring safe operation in any laboratory setting.
What are the most common dimensions for these furnaces?
The most common furnace chamber dimensions range from 10x10x10 cm to 40x30x30 cm, allowing for different sample sizes depending on your needs.
Does Kalstein offer maintenance services for these furnaces?
Yes, Kalstein offers specialized technical services to ensure proper operation and maintenance of these devices.
Advantages and Disadvantages
|
Advantages |
Disadvantages |
|
High precision in temperature control |
Some models may be heavy to transport |
|
Wide range of models according to user size and needs |
Requires professional installation due to technical complexity |
|
Variety of heating elements |
Relatively high initial costs compared to more basic options |
|
Equipped with precise thermocouples for accurate measurement |
Considerable energy consumption for large-capacity models |
|
Robust and durable construction materials |
Periodic maintenance required to ensure performance |
|
Integrated safety features for use in demanding laboratory environments |
|
|
Optimized energy consumption relative to chamber size |
|
|
Compatibility with Kalstein Plus automation platforms |
Product Usage in the Field
The YR05272 // YR05284 muffle furnaces are primarily used in research laboratories, where thermal precision is critical for sample analysis and treatment. In the ceramics industry, for example, they are employed for material sintering, while in advanced materials laboratories, they are used for the heat treatment of metallic and mineral samples.
In metallurgy and materials engineering fields, these furnaces enable thermal treatments to improve material properties such as hardness and resistance. Additionally, in environmental research laboratories, they are used for sample combustion and studies of material degradation at different temperatures.
Recommendations
To maximize the performance of muffle furnaces, regular preventive maintenance is recommended, including checking heating elements and thermocouples. It is also essential to match the furnace to the appropriate sample capacity, avoiding overloading to ensure precise temperature control.
It is also crucial to keep temperature and time logs for each process, facilitating the replication of experiments and ensuring consistency in results. Kalstein furnaces are compatible with automation platforms like Kalstein Plus, enabling remote monitoring and optimizing energy use for each cycle.
In summary, the Universal Lab Muffle Furnaces YR05272 // YR05284 represent a high-tech solution for any laboratory requiring thermal precision, safety, and durability.
If you are looking for a fusion of innovation and quality, you’ve come to the right place. At https://kalstein.net/en/product/universal-lab-high-temp-box-muffle-furnace-yr05272-yr05284/, we offer the luxury of exploring our exclusive catalog of laboratory equipment. We manufacture each piece with a level of excellence. Our online purchase channels are intuitive and agile, designed for your convenience, ensuring the most competitive prices. Don’t hesitate any longer; we bring science to life. It’s time to become part of our community https://kalstein.net/en/
