Product Description
Work plate material:Glass ceramic
Work plate Dimension:254x254mm(10 inch)
Heating temperature range:Room Temp.-500℃, increment 1℃
Temperature display accuracy:±0.1℃
Timer function:1min-99h59min
Power:1400W
Voltage,Frequency:100-120V/200-240V,50/60Hz
Dimension[WxDxH]:328x424x138mm
Weight:7.2kg
AI Product Description
*The following content is generated by AI and is for reference only.
This high-performance glass ceramic heating plate with an integrated LCD digital display is a versatile laboratory instrument designed for precise and efficient sample heating. Primarily utilized in scientific research, educational settings, and industrial quality control, it serves as a reliable alternative to traditional open-flame heating methods. The smooth glass-ceramic surface offers exceptional chemical resistance, making it ideal for handling corrosive substances without risk of contamination or surface degradation. Its uniform heat distribution ensures consistent thermal conditions across the entire working area, which is critical for sensitive experiments involving titrations, dissolution processes, or biological cultures.
The device features a microprocessor-controlled system that allows users to set exact temperatures within a wide range, typically up to several hundred degrees Celsius. The bright LCD screen provides real-time feedback on both the set temperature and the actual plate temperature, enabling operators to monitor progress accurately and adjust parameters instantly. Many models also include safety mechanisms such as automatic overheat protection and residual heat indicators to prevent accidents.
When operating this equipment, strict adherence to safety protocols is essential. Users should always place heat-resistant containers directly on the center of the plate to ensure optimal heat transfer and avoid damaging the surface. Never pour liquids directly onto the hot surface, as rapid cooling can cause thermal shock and crack the material. Additionally, ensure the unit is placed on a stable, level bench away from flammable materials. Regular cleaning with mild, non-abrasive solutions is recommended to maintain optical clarity and hygiene. Before leaving the device unattended, verify that the temperature has been lowered to a safe level. Proper ventilation is crucial when heating volatile compounds. By following these guidelines, researchers can maximize the lifespan of the instrument while ensuring accurate experimental results and a safe working environment. This tool remains a cornerstone of modern laboratory efficiency, combining durability with advanced digital control.