Product Description
It with stands high temperature up to 350oC. The body of the mantle is spun in one piece from non-rusing Aluminium (up to 5.0 liters capacity) duly finished in white stoving enamel/powder coated paint with mat finished colour combinations. All heating mantels are lagged with special grade mineral wool. Works on 220/230 Volts A.C.
| Capacity : | Wattage : |
| 50ml | 60 |
| 100ml | 60 |
| 250ml | 150 |
| 500ml | 200 |
| 1ltr | 300 |
| 2ltr | 450 |
| 3ltr | 450 |
| 5 ltr | 600 |
Reliable Construction and SafetyCrafted from durable aluminum or stainless steel and equipped with a thermal fuse and earth terminal, this heating mantle ensures both safety and longevity in demanding laboratory environments. The powder-coated or painted finish resists corrosion, making it ideal for long-term use.
Flexible and Precise Temperature ControlExperience accurate temperature management with energy regulators or digital PID controllers, all supporting working temperatures up to 400C and a design temperature up to 450C. The insulation guarantees efficient heat retention, resulting in uniform heating across the chamber.
Versatile Flask CompatibilityThe mantle fits standard laboratory glassware, accommodating both round and flat bottom flasks with volumes ranging from 50 ml to 20 L. The chamber is specifically designed to support these sizes safely and evenly for a variety of laboratory heating processes.
FAQ's of HEATING MANTLE :
Q: How do I operate the heating mantle for optimal laboratory use?
A: To operate, place your round or flat bottom flask in the chamber, select your desired temperature using the energy regulator or digital PID controller, and monitor the analog or digital display. Allow the mantle to reach the set temperature before commencing your experiment for consistent results.
Q: What safety features are integrated into the heating mantle?
A: The heating mantle includes a thermal fuse to prevent overheating and an earth terminal for electrical safety. Its robust insulation and heat-resistant outer materials further enhance user protection during prolonged laboratory use.
Q: When should I choose a digital temperature controller over an analog one?
A: A digital PID controller is recommended when precise, programmable temperature adjustments are required, offering improved accuracy and convenience, especially in processes needing tight temperature control. Analog displays may suffice for general, less critical heating tasks.
Q: Where can these heating mantles be used effectively?
A: These heating mantles are best suited for laboratory environments such as research institutions, educational facilities, pharmaceutical manufacturing, and industrial quality control labs across India and globally. They are designed for atmospheric pressure applications involving consistent heating of liquids.
Q: What is the main benefit of using Nichrome wire embedded heating elements?
A: Nichrome wire provides rapid and uniform heat distribution with excellent durability, ensuring prolonged operational life and consistent performance, which is essential for accurate and repeatable laboratory outcomes.
Q: How does the insulation enhance the efficiency of the heating mantle?
A: Insulation made from glass wool or ceramic fiber helps retain heat within the chamber, reducing energy loss. This leads to stable temperatures, improved energy efficiency, and lower surface temperatures for user safety.