IN
This laboratory round hot plate delivers reliable and continuous surface heating engineered for diverse scientific, testing, and analytical routines. Constructed with a chemical-resistant outer housing and a cast iron top, it maintains high thermal efficiency while protecting internal electronics from liquid spills. The circular heating surface ensures equal heat distribution across flat or rounded laboratory glassware placed on top. Integrated thermostatic controls allow precise temperature adjustments, maintaining accurate thermal settings required for sensitive chemical solutions. Compact and lightweight, this benchtop unit fits comfortably on crowded laboratory workstations while offering exceptional operational stability.
| Key Attributes | |
|---|---|
| Body Material | Heavy-Gauge Powder-Coated Steel |
| Plate Design Profile | Circular Smooth Flat Top |
| Top Plate Material | Cast Iron / Ceramic Coated Alloy |
| Temperature Regulation | Stepless Analog or Digital Thermostat |
| Maximum Temperature | Up to 350 Degrees Celsius |
| Power Source | Standard Electric AC Supply |
| Additional Information | |
|---|---|
| Country of Origin | India |
Heats liquid chemicals, solutions, and reagents inside glass beakers and Erlenmeyer flasks.
Evaporates liquid solvents and moisture content from scientific samples during laboratory testing.
Prepares and warms agar media used in microbiological culturing and petri dish preparation.
Conducts controlled sample warming for medical, biological, and clinical diagnostic procedures.
Melts waxes, paraffin, and solid chemical compounds safely during industrial quality checks.
It is an electric heating appliance designed with a circular top plate to provide direct heat to laboratory containers.
The heating plate is typically made from heavy-duty cast iron, aluminum alloy, or acid-resistant ceramic-coated materials.
Temperature is controlled using an analog thermostat knob or a digital PID controller for accurate heat adjustments.
Most units feature a raised rim or sealed housing design to prevent accidental liquid overflows from entering internal components.
Flat-bottomed and round-bottomed glass vessels, beakers, flasks, and metallic dishes can be safely heated on the surface.
Shipping fee and delivery date to be negotiated. Contact supplier now for more details.
