Description
The Specific Gravity Bottles with Capillary Bore and Interchangeable Teflon Stopper are high-precision laboratory instruments designed for the determination of specific gravity (density) of liquids and solids. Manufactured according to Class A specifications, these bottles ensure maximum accuracy in measurements. The inclusion of a Teflon stopper makes them highly resistant to chemical reactions, and the NABL Works Certificate assures that the bottle has been calibrated and meets stringent quality standards.
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Key Features
1. Class A Accuracy:
These bottles are manufactured according to Class A standards, ensuring the highest level of precision for accurate density and specific gravity measurements.
2. Capillary Bore for Precise Measurements:
The capillary bore in the neck allows for precise measurement, reducing the likelihood of errors in liquid level determination.
3. Interchangeable Teflon Stopper:
The Teflon stopper ensures an airtight seal and is chemically resistant, making it suitable for use with a wide range of chemicals, including corrosive liquids.
The stopper is interchangeable, offering ease of maintenance and long-term use.
4. NABL Works Certificate:
Each bottle is supplied with a NABL (National Accreditation Board for Testing and Calibration Laboratories) Works Certificate, guaranteeing that the bottle has been calibrated and adheres to rigorous testing and accuracy standards.
5. Durable Glass Construction:
Made from high-quality borosilicate glass, the bottle is resistant to thermal shock and chemical damage, providing longevity and durability.
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Product Highlights
Class A Standard:
Manufactured to Class A specifications, ensuring top-tier accuracy in scientific experiments and industrial applications.
Teflon Stopper:
The Teflon stopper provides a secure seal and is resistant to most chemicals, including corrosive substances.
Capillary Bore:
The capillary bore enables precise measurement by minimizing air gaps and reducing measurement errors.
NABL Certification:
Each bottle comes with an NABL Works Certificate, ensuring its calibration and compliance with high-quality standards.
High-Quality Borosilicate Glass:
Constructed from borosilicate glass, providing high resistance to heat, chemicals, and corrosion, ensuring long-term reliability.
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Applications
1. Chemical Analysis:
Used extensively in chemistry and material science for determining the density and specific gravity of liquids and solids.
2. Pharmaceutical Research:
Ideal for pharmaceutical laboratories where precise measurements of liquid density are required for formulation and quality control.
3. Environmental and Industrial Testing:
Commonly used in environmental studies and industrial applications to measure the density of various liquids and pollutants.
4. Quality Control in Manufacturing:
Essential in industries such as chemicals, oils, and beverages, where consistent density and specific gravity readings are vital to maintaining product quality.
5. Educational Use:
Perfect for educational and research institutions for teaching and demonstrating principles of density and specific gravity.
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Why Choose This Specific Gravity Bottle?
Superior Precision:
Manufactured to Class A standards, the bottle ensures reliable and accurate measurements every time.
Versatile and Durable:
The Teflon stopper is chemically resistant, making the bottle suitable for a wide range of substances, including corrosive materials.
NABL Certified:
The inclusion of an NABL Works Certificate offers additional assurance of quality and precision, making this bottle ideal for both laboratory and industrial use.
Easy Maintenance:
The interchangeable stopper ensures easy maintenance and replacement, making the bottle a long-lasting solution for measuring specific gravity.
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Technical Specifications
Material: Borosilicate Glass
Stopper Type: Teflon with Capillary Bore
Capacity: Available in multiple sizes (e.g., 25 mL, 50 mL, 100 mL)
Class: Class A Precision
Temperature Resistance: Suitable for typical laboratory conditions
Certification: NABL Works Certificate
Usage: Measurement of specific gravity of liquids and solids
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