Product Description
With years of domain expertise, we are counted among leading manufacturers, suppliers and exporters of Heating Mantle. These laboratory equipment is suitable for laboratories, chemicals, pharmaceuticals and glass plants, and is widely used for heating inflammable liquids. We were established with a vision to meet variegated laboratory equipment requirements of the customers and are able to provide best-in-class Heating Mantle that is known for its following features:
- Low power consumption
- High operational fluency
- Longer service life
- Low maintenance
Other Details:
Electric heating net in hand knitted from glass yarn and there is no joint to maintain the strength of the yarn and stands high temperature upto 350 degree C. The body of the mantel is spun one piece from M.Steel duty staving painted. All heating mantles are legged with special mineral wools to work on 220/230 V AC supply.
Technical Details:
| Two Tumbler Capacity | Rating |
| 50 ml & 100 ml | 80 W |
| 250 ml & 500 ml | 200 W |
| 1 Liter | 300 W |
| 2 Liter | 450 W |
| 3 Liter | 500 W |
| 5 Liter | 600 W |
| 10 Liter | 2 x 600 W |
| 20 Liter | 3 x 650 W |
| 50 liter | 5 x 650 W |
| 100 Liter | 6 x 900 W |
| 200 Liter | 9 x 900 W |
Uniform Heating for Laboratory PrecisionFeaturing seamless aluminum interiors and advanced glass or ceramic fiber insulation, this heating mantle delivers even, consistent heat distributioncrucial for laboratory applications. Its ergonomic design supports a variety of round bottom flask sizes, providing flexible, reliable heating for diverse scientific needs. Energy efficiency and temperature accuracy ensure superior results with minimal energy waste.
Enhanced Safety and DurabilitySafety is central to this heating mantle, equipped with overheat protection, a thermal fuse, and a power ON indicator lamp. The epoxy powder coated, corrosion-resistant housing and shock-proof features promote long-term, trouble-free operation. Designed for frequent laboratory use, the mantle withstands intensive routines while maintaining optimal performance and structural integrity.
FAQs of Heating Mantle:
Q: How should I use the laboratory heating mantle with round bottom flasks?
A: To use the heating mantle, place your round bottom flask (of a compatible capacity) securely within the mantle cavity, ensuring good contact with the heating surface. Connect the device to the power supply (220V AC 10%, 50Hz), then use the variable rotary regulator to select the desired temperature. Always monitor the power indicator lamp for confirmation that the device is operating.
Q: What safety features does this heating mantle provide during operation?
A: The mantle includes a thermal fuse and overheat protection to prevent accidental overheating. Additionally, the shock-proof construction and power ON pilot indicator lamp improve operational safety, alerting users when the device is powered and heating.
Q: What are the primary benefits of the seamless aluminum inner shell and glass fiber insulation?
A: The seamless aluminum inner shell promotes superior, uniform heat transfer to your flasks, while the high-efficiency glass fiber or ceramic fiber insulation effectively minimizes heat loss. This dual design maximizes heating performance, reduces warm-up time, and conserves energy.
Q: Where is this heating mantle ideally used?
A: This equipment is specifically designed for laboratory environments, suitable for chemical, biological, academic, and industrial research settings. It is ideal for heating and boiling solutions in round bottom flasks, ensuring precise and uniform results.
Q: What is the range of flask capacities supported by this mantle?
A: The mantle is compatible with round bottom flasks in capacities ranging from 0.5 to 10 liters. Flask capacity selection depends on your heating requirements and the specific mantle model chosen.
Q: How does the variable rotary energy regulator enhance temperature control?
A: The variable rotary energy regulator enables users to finely adjust the heating output to suit the solutions needs. This control allows for heating accuracy within 5C, supporting sensitive laboratory processes.
Q: When should I replace or check the heating element for optimal performance?
A: Its advisable to periodically inspect the mantle after regular usage for any signs of wear or decreased heating efficiency. If theres inconsistent heating or the pilot indicator lamp fails to light, check the heating element or contact the manufacturer for maintenance and replacement recommendations.