Description
Specifications
Product Name – Fortin Barometer
Quantity/Pack Size – Single Unit
Form – Mercury and Brass Assembly
Grade – Laboratory Grade
Application – Atmospheric Pressure Measurement
product overview
The Fortin Barometer is a precision instrument meticulously engineered for accurate atmospheric pressure measurement in laboratory environments. Constructed with high-grade brass and durable glass, the barometer ensures both reliability and longevity under frequent usage. Its mercury column provides highly sensitive and precise readings, while the finely crafted vernier and scale allow for meticulous adjustments and calibration. The design emphasizes stability, with a solid base and smooth operational components, minimizing experimental errors and ensuring consistent measurement outcomes. Each unit undergoes stringent quality control, verifying dimensional accuracy, calibration integrity, and material resilience. Its compact and robust construction facilitates easy integration into laboratory setups, ensuring convenience and operational efficiency. The Fortin Barometer is chemically resistant and designed to maintain performance despite environmental exposure or handling. Transparent glass components provide clear visibility of the mercury column, enabling accurate observation and measurement. The instrument’s versatile assembly supports repeated usage without loss of sensitivity or precision, making it a dependable tool for research and laboratory professionals. With its combination of precise engineering, durability, and ease of use, the Fortin Barometer delivers consistent, high-quality performance for pressure measurement, offering reliability and accuracy in every experimental application.
FAQs
1. What materials are used in the construction of the Fortin Barometer?
The Fortin Barometer is constructed with high-grade brass, durable glass, and mercury to ensure precision and long-lasting reliability.
2. Is the Fortin Barometer compatible with standard laboratory setups?
Yes, its design allows integration into common laboratory environments for consistent atmospheric pressure measurements.
3. Are there alternative instruments to the Fortin Barometer?
Alternatives include digital barometers or aneroid barometers, though Fortin Barometer offers precise mercury-based readings.
4. How should the Fortin Barometer be stored?
Store upright in a clean, dry area, away from direct sunlight or extreme temperatures to maintain accuracy and prevent damage.
5. Can the Fortin Barometer be used for repeated experiments?
Yes, it is designed for repeated use while maintaining high precision and stability over multiple measurement cycles.
