About Evaporimeter
Evaporimeter
A fact is that evaporation rate is extremely sensitive. So, keeping this fact in mind, we have tried our best to make the top evaporimeter's with as much accuracy as possible. To keep you bliss, we charge only moderate prices for the high quality evaporimeter's
Precision Measurement for LaboratoriesEngineered for exceptional accuracy, the Evaporimeter features scale graduations that enable clear readings when measuring evaporation rates. It supports scientific research by providing consistent and reliable data in laboratory settings. Researchers benefit from durable stainless steel and glass construction, ensuring longevity and resistance to corrosion during repeated experiments.
User-Friendly Design and Manual OperationThis evaporimeter is designed for straightforward operation, eliminating the need for external power sources. Its table-top mounting type and 500 ml capacity make it suitable for regular laboratory use. The glass cover minimizes contamination, preventing dust or particles from affecting measurements, while the manual mechanism ensures control and precision with every experiment.
Application in Physics and Meteorological LaboratoriesWidely adopted in physics and meteorological laboratories, this instrument supports studies on evaporation under ambient temperature conditions. Its ambient temperature range and accurate scale allow professionals to observe evaporation processes and gather vital data for environmental studies, weather research, and fluid dynamics analysis.
FAQs of Evaporimeter:
Q: How does the Evaporimeter with Scale Graduations operate?
A: This evaporimeter is manually operated, requiring no external power. Simply fill the pan with liquid (up to 500 ml), cover with the glass lid to minimize contamination, and read evaporation loss using the precision scale graduations over set time intervals.
Q: What makes the scale graduations important for accurate readings?
A: Precision-marked graduations on the measurement scale allow users to record evaporation levels with high accuracy, ensuring that experimental data are reliable and reproducible for scientific purposes.
Q: When should I use this evaporimeter in the laboratory?
A: This instrument is particularly useful when conducting physics or meteorological experiments that require precise measurement of fluid evaporation rates, especially under ambient temperature conditions.
Q: Where is this evaporimeter ideally used?
A: It is designed for use on a laboratory table top in physics and meteorological laboratories, fitting seamlessly into research, academic, or industrial environments.
Q: What is the process for measuring evaporation with this instrument?
A: To measure evaporation, pour up to 500 ml of liquid into the pan, cover with the glass lid, and place the instrument in the desired environment. Periodically record liquid loss using the graduated scale to calculate the evaporation rate.
Q: What are the benefits of using this evaporimeter for scientific research?
A: Benefits include high measurement accuracy, durable stainless steel and glass materials, compact form factor, manual operation without reliance on electricity, and reliable results for both research and routine laboratory tests.