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Controlled Heating Mantle LMCHM-A101 supports vessels up to 250 mL and operates from room temperature to 380°C. Electronic thermoregulation helps manage heating, while the fiberglass-insulated interior supports heat retention. Its compact format fits routine sample preparation, chemical synthesis, distillation, and reflux work in research and pharmaceutical laboratories.
Specifications
| Capacity | 250 mL |
| Working Temperature | RT to 380 °C |
| Temperature Controller | Electronic Thermoregulation |
| Display | Standard Interface |
| Function | Heating |
| Power Consumption | 150W |
| Dimension | 350 × 350 × 300 mm |
| Gross Weight | 5.5 kg |
Pricing
| Product | Price | Unit | Action |
|---|---|---|---|
| Controlled Heating Mantle LMCHM-A101 | $ 1212.5 | Each of 1 |
Features
Electronic Thermoregulation
Intuitive Standard Display
Optimized Power Consumption
Fiberglass-Insulated Interior
Corrosion-Resistant Exterior
Ergonomic Design
Applications
Controlled Heating Mantle LMCHM-A101 is essential for drug formulation, sample preparation, and quality control processes in pharmaceutical industry.
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Frequently Asked Questions
1 What is a Controlled Heating Mantle?
A Controlled Heating Mantle is an apparatus designed to provide uniform, adjustable heat to containers such as flasks using built-in temperature control.
2 How does a Controlled Heating Mantle work?
It works by using electric resistance wires embedded in a fabric or fiberglass casing, which heats uniformly around the vessel and can be regulated through a control unit or thermostat.
3 Can Controlled Heating Mantle be used for distillation?
It is ideal for distillation setups, offering consistent heat control which is essential for accurate separation of components.
4 Can Controlled Heating Mantle be used for reflux reactions?
It is ideal for reflux reactions, as it provides consistent heat required to maintain boiling without open flames.
5 Can Controlled Heating Mantle be used in organic synthesis?
It is frequently used in organic synthesis to gently heat reaction mixtures and maintain precise temperatures.
6 How does Controlled Heating Mantle help in crystallization experiments?
It allows slow and consistent heating of solutions, which is crucial for controlling crystallization rates and crystal formation.
7 Can Controlled Heating Mantle be used for hydrothermal synthesis?
It is used to heat reaction vessels for hydrothermal synthesis.
8 Is Controlled Heating Mantle effective for heating oils or viscous liquids?
It can uniformly heat viscous liquids or oils.
9 How does Controlled Heating Mantle benefit photochemical reactions?
In photochemistry, it helps maintain constant temperature around a reactor while light sources are applied externally.
10 Is Controlled Heating Mantle useful in soil or environmental testing?
It is used to heat soil or sludge samples for extraction of organic contaminants or heavy metals in environmental labs.