
Deflagrating Spoon with lid
$ 17.28 Original price was: $ 17.28.$ 17.09Current price is: $ 17.09.
Barometer Tubes
$ 7.15 Original price was: $ 7.15.$ 7.08Current price is: $ 7.08.
Whatsapp Order
Barometer Tubes are precision glass tubes used in barometers to measure atmospheric pressure. These tubes are typically filled with mercury or other suitable liquids and are sealed to allow accurate pressure readings based on liquid column height. Barometer tubes are essential components in meteorological instruments and laboratory equipment for pressure measurement and environmental monitoring. Manufactured with high-quality, clear glass, they provide durability, clarity, and accurate fluid displacement for precise readings.
Description
Table of Contents
Toggle
Barometer Tubes
Primary Uses
- Laboratory Applications
- Used in mercury barometers to measure atmospheric pressure in weather studies.
- Essential for experiments requiring accurate pressure measurement and calibration.
- Employed in physics and meteorology laboratories for teaching and research.
- Utilized in pressure-related scientific investigations and demonstrations.
Secondary Uses
- Industrial Applications
- Incorporated into industrial pressure monitoring systems.
- Used for calibrating and testing pressure sensors and instruments.
- Applied in quality control processes where pressure measurement is critical.
- Useful in environmental monitoring stations for atmospheric data collection.
KEY PRODUCT FEATURES
1.Basic Identification Attributes
- Material: High-quality, clear borosilicate or soda-lime glass
- Function: Facilitates accurate measurement of atmospheric or fluid pressure
- Dimensions: Various lengths and diameters depending on barometer type
2.Physical & Chemical Properties
- Transparency: Clear for easy reading of liquid levels
- Resistance: Chemically inert to mercury and other barometric fluids
- Fragility: Glass material requires careful handling to avoid breakage
3.Safety & Hazard Attributes
- Toxicity: Mercury-filled tubes are hazardous; handle with care
- Breakage Risk: Glass shards may cause injury upon breakage
- Environmental Risk: Mercury disposal must comply with hazardous waste regulations
4.Storage & Handling Attributes
- Storage Conditions: Store upright in cushioned, secure areas away from impact
- Handling Precautions: Use protective gloves and eyewear when handling mercury tubes
5.Regulatory & Compliance Attributes
- Compliant with laboratory safety standards for mercury handling
- Manufactured to meet meteorological and laboratory equipment specifications
6.Environmental & Health Impact
- Mercury poses environmental hazards; use alternatives where possible
- Proper disposal required for mercury-containing tubes
SAFETY HANDLING PRECAUTIONS
Safety Handling Precautions
- Handle with care to prevent spills and breakage
- Use in well-ventilated areas and wear protective equipment
First Aid Measures
- Mercury Exposure: Seek immediate medical attention if mercury is inhaled or contacted
- Glass Injury: Clean wounds promptly and seek medical care for cuts
Firefighting Measures
- Fire Hazard: Non-flammable glass and mercury
- Extinguishing Media: Not applicable
Related products
Beaker Pyrex
Beaker Pyrex is a high-quality laboratory container made from borosilicate glass known for its excellent thermal resistance, chemical durability, and mechanical strength. It is widely used for mixing, heating, and holding liquids in laboratories and industrial applications. Pyrex beakers can withstand rapid temperature changes without cracking, making them ideal for heating and cooling processes. They feature clear, transparent walls with easy-to-read graduated markings for volume measurement.
Beaker Simax
Beaker Simax is a high-quality borosilicate glass laboratory container renowned for its excellent thermal shock resistance, chemical durability, and mechanical strength. Manufactured by Simax, this beaker is ideal for mixing, heating, and holding liquids in laboratory and industrial environments. It can withstand sudden temperature changes without cracking, making it suitable for heating, cooling, and chemical processing. The clear glass body features graduated markings for approximate volume measurement.
conical flask
Conical flasks, also known as Erlenmeyer flasks, are widely used laboratory glassware characterized by a flat bottom, conical body, and a narrow neck. Made typically from borosilicate glass, they are designed to hold, mix, and heat liquids safely. The narrow neck helps reduce evaporation and splashing during experiments. Conical flasks are essential for titrations, culturing microorganisms, and general solution preparation in laboratories and industrial settings.
Distillation Flask with Side Arm
Distillation Flask with Side Arm is a specialized piece of laboratory glassware designed for use in distillation processes. Made from chemically resistant borosilicate glass, this flask features a round or pear-shaped body with a side arm outlet for vapor to pass through to the condenser. It serves as the container in which liquid mixtures are heated and vaporized, enabling separation based on boiling points. The side arm allows vapors to exit efficiently while minimizing the risk of leaks or contamination. This flask is essential in organic synthesis, chemical purification, and analytical laboratories, facilitating precise and safe distillation operations.
Glass Rod for Static Electricity
Glass Rod for Static Electricity is a smooth, cylindrical rod made from high-quality glass designed specifically for generating static electricity through friction. Commonly used in physics laboratories and educational demonstrations, this rod serves as a fundamental tool to study electrostatics by producing and transferring electric charges when rubbed with materials like silk or wool. The rod’s chemically resistant, durable glass surface allows repeated use without degradation. It is an essential apparatus for teaching concepts such as charge generation, attraction, repulsion, and the behavior of static electricity in various materials.
Microscope mirror
A Microscope Mirror is an optical accessory used to direct and focus external light onto the specimen being examined under a microscope. Traditionally mounted beneath the microscope stage, the mirror reflects ambient or artificial light upward through the condenser and specimen to illuminate the sample. Microscope mirrors typically have one flat and one concave reflective surface, allowing users to adjust the intensity and focus of the light beam. Made from highly polished glass or metal with reflective coatings, these mirrors are essential in microscopes lacking built-in illumination systems or as backup lighting aids. They enhance visibility, contrast, and detail, making them valuable in educational, medical, and research laboratory settings.
U tube lab glass
Product Description
U Tube Lab Glass is a precision-crafted glass apparatus shaped in a U-form, widely used in laboratory experiments involving fluid dynamics, pressure measurement, and gas collection. Made from chemically resistant borosilicate glass, the U Tube offers excellent durability, thermal resistance, and clarity for easy observation of liquids and gases. It is commonly employed in physics, chemistry, and engineering labs for manometer setups, fluid flow experiments, and pressure differential measurements. The design ensures accurate and reliable results while withstanding the rigors of routine laboratory use.
U tube lab glass with side arms
Product Description
U Tube Lab Glass with Side Arms is a specialized U-shaped borosilicate glass apparatus featuring additional side arms for fluid or gas connections. Designed for laboratory experiments involving pressure measurement, fluid flow, and gas displacement, this device offers enhanced versatility. Made from chemically resistant, durable glass, it withstands temperature fluctuations and chemical exposure. The side arms facilitate easy integration with tubing and other equipment, enabling complex experimental setups in physics, chemistry, and engineering labs. It is widely used in manometer applications, vacuum experiments, and fluid dynamics research.