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Fortin Barometer with Mercury
Original price was: $ 17.52.$ 17.43Current price is: $ 17.43.
Fortin Barometer with Mercury is a precision instrument used to measure atmospheric pressure with high accuracy. Named after its inventor, Jean Nicolas Fortin, this barometer features a mercury column enclosed in a glass tube, mounted vertically with a cistern at the base. A screw-adjusted ivory point is used to align the mercury level at the reference point, ensuring consistent and accurate readings. The device includes a vernier scale for fine measurements and is enclosed in a protective casing for safe handling. Commonly used in meteorological studies, physics laboratories, and calibration settings, the Fortin Barometer is essential for barometric pressure determination and experimental demonstrations.
Fortin Barometer with Mercury
Primary Use
- Meteorological and Atmospheric Studies
- Accurate measurement of atmospheric pressure for weather observation and forecasting.
- Used in meteorological stations to monitor changes in air pressure for climate analysis.
- Supports calibration of other barometric and pressure-sensitive instruments.
- Provides baseline pressure data in meteorological modeling and field research.
2.Educational and Laboratory Applications
- Demonstrates principles of atmospheric pressure in physics and earth science curricula.
- Used in academic laboratories to teach the relationship between pressure and altitude.
- Helps students visualize and understand mercury displacement and fluid pressure concepts.
- Supports calibration experiments in physics and instrumentation classes.
Secondary Uses
- Calibration and Industrial Applications
- Used in calibration labs for standard reference in pressure-measuring devices.
- Supports precision-based instrumentation testing in research and development facilities.
- Applied in environmental testing setups requiring accurate barometric pressure input.
- Utilized in aerospace and aviation training modules for pressure-based altitude modeling.
1.Basic Identification Attributes
- Material: Borosilicate glass tube, mercury column, brass or aluminum casing, ivory point
- Components: Mercury column, adjustable cistern, vernier scale, protective outer frame
- Reading Scale: Calibrated in millimeters or inches of mercury (mmHg or inHg)
2.Physical & Chemical Properties
- High precision measurement capability
- Mercury provides stable and consistent readings due to high density and low vapor pressure
- Glass tube and metal housing offer good resistance to environmental fluctuations
3.Safety & Hazard Attributes
- Contains mercury, a hazardous material—must be handled with caution
- Risk of mercury exposure if the device breaks or leaks
- Must be used in well-ventilated areas and kept upright to prevent spillage
4.Storage & Handling Attributes
- Store upright in a secure, vibration-free location
- Avoid direct sunlight and temperature extremes to maintain mercury stability
- Handle with protective gloves and avoid tilting or inverting the barometer
5.Regulatory & Compliance Attributes
- Must comply with hazardous material regulations for mercury-containing devices
- Conforms to laboratory safety and metrological calibration standards
- Subject to regional mercury handling and disposal regulations
6.Environmental & Health Impact
- Mercury is toxic to humans and the environment—disposal must follow environmental safety protocols
- Use alternatives (aneroid barometers) in mercury-restricted environments
Safety Handling Precautions
- Wear gloves and safety goggles when transporting or adjusting the barometer
- Avoid contact with mercury—clean any spills using approved mercury spill kits
- Keep away from children and untrained personnel
First Aid Measures
- In case of mercury exposure, evacuate the area and follow proper spill containment procedures
- For skin contact, wash immediately with soap and water
- Seek medical attention in case of inhalation or ingestion of mercury vapors or droplets
Firefighting Measures
- Mercury is not flammable, but toxic fumes may form if exposed to high heat
- Use appropriate extinguishing agents for surrounding materials
- Avoid using water directly on mercury spills to prevent vapor release
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