Description
Specific Gravity Bottles with capillary bore interchangeable Teflon stopper are high-precision laboratory glassware designed to measure the specific gravity (or density) of liquids and solids. These bottles are manufactured to Class A standards, ensuring accuracy and reliability in precise measurements. The inclusion of a capillary bore and Teflon stopper enhances their functionality, making them ideal for use in both academic research and industrial laboratories. Each bottle comes with a Works Certificate, guaranteeing its compliance with rigorous quality standards.
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Key Features
1. Class A Accuracy:
Manufactured to Class A specifications, ensuring the highest level of precision for accurate measurement of liquid density and specific gravity.
2. Capillary Bore:
Equipped with a capillary bore in the neck of the bottle, allowing for more precise measurement and minimizing the possibility of air gaps or inaccurate readings.
3. Interchangeable Teflon Stopper:
The bottle is sealed with a Teflon stopper, which provides an airtight seal. The stopper is interchangeable, ensuring easy maintenance and long-term use.
Teflon is highly resistant to chemical reactions, making it suitable for use with a wide range of liquids, including corrosive substances.
4. Works Certificate:
Each bottle comes with a Works Certificate, confirming that the bottle has been manufactured according to strict quality standards and is free from defects.
5. Durable Glass Construction:
Constructed from borosilicate glass, known for its resistance to thermal shock, ensuring the bottle remains intact even under varying temperature conditions.
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Product Highlights
Class A Precision:
Meets Class A standards for high precision in determining the specific gravity or density of materials.
Interchangeable Teflon Stopper:
Provides a secure, leak-free seal, especially important when working with volatile or corrosive liquids.
Capillary Bore for Enhanced Accuracy:
Capillary bore ensures accurate liquid level determination without error.
Certified Quality:
Comes with a Works Certificate, guaranteeing the bottle’s compliance with manufacturing standards.
Suitable for a Variety of Applications:
Ideal for academic, industrial, and pharmaceutical applications where precision in measuring density is critical.
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Applications
1. Density Determination in Chemistry:
Used to measure the density or specific gravity of liquids or solids in laboratory settings, essential for material characterization and chemical analysis.
2. Pharmaceutical Research:
Vital for testing the density of liquid pharmaceuticals, ensuring quality control in drug formulation.
3. Industrial Quality Control:
Used in industries such as chemicals, oils, and beverages to measure the specific gravity of substances, aiding in quality assurance and consistency.
4. Hydrometry in Environmental Studies:
Employed in environmental studies to measure the density of various environmental liquids or pollutants.
5. Educational and Academic Laboratories:
Commonly used in educational institutions for demonstrating and teaching specific gravity determination.
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Why Choose the Specific Gravity Bottle with Teflon Stopper?
High Accuracy and Precision:
Manufactured to Class A standards, providing precise and reliable results in any application.
Durable and Resistant to Corrosion:
The borosilicate glass construction is durable, resistant to thermal shock, and compatible with a wide range of chemicals and solvents.
Convenient Maintenance:
The interchangeable Teflon stopper ensures easy sealing and maintenance without the risk of contamination or leakage.
Certification for Peace of Mind:
With the inclusion of a Works Certificate, you can be confident in the bottle’s reliability and performance.
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Technical Specifications
Material: Borosilicate Glass
Stopper Type: Teflon with Capillary Bore
Capacity: Available in various sizes (e.g., 25 mL, 50 mL, 100 mL)
Class: Class A Precision
Temperature Resistance: Suitable for typical laboratory temperatures
Certification: Works Certificate included
Usage: Designed for specific gravity determination of liquids and solids
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