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Thomas 80B1539 Borosilicate Glass Ostwald Oil Viscometer, 5mL Minimum Sample
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Thomas 80B1539 Borosilicate Glass Ostwald Oil Viscometer, 5mL Minimum Sample
The Thomas XXX80B1539 Oswald viscometer measures the dynamic viscosity of a transparent Newtonian fluid like oil, has a 60 to 100 second test-time range at room temperature and is made of borosilicate glass for clarity.
Thomas 80B1539 Borosilicate Glass Ostwald Oil Viscometer, 5mL Minimum Sample
Item #: 2484742

Thomas 80B1539 Borosilicate Glass Ostwald Oil Viscometer, 5mL Minimum Sample

Item #: 2484742

AUD 337

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The Thomas XXX80B1539 Oswald viscometer measures the dynamic viscosity of a transparent Newtonian fluid like oil, has a 60 to 100 second test-time range at room temperature and is made of borosilicate glass for clarity.
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What Stands Out

High Precision
Crafted with borosilicate glass, this viscometer ensures precise measurements of fluid viscosity, making it ideal for laboratory applications and research where accuracy is of utmost importance.
Small Sample Size
Designed with a minimum sample requirement of just 5mL, it allows users to conduct tests with limited sample availability, saving valuable materials and reducing waste in experimental settings.
Durable Construction
The robust borosilicate glass construction offers superior resistance to thermal shock and chemical reactions, ensuring longevity and reliability in varied laboratory conditions while maintaining measurement accuracy.

Product Details

Measure dynamic viscosity with Thomas XXX80B1539 Borosilicate Glass Ostwald Oil Viscometer. Made of borosilicate glass. Suitable for oil testing. Shop at Ubuy Nauru
  • Ostwald viscometer for measurement of dynamic viscosity of a transparent Newtonian fluid such as oil
  • Testing time range of 60 to 100 seconds at room temperature
  • Borosilicate glass for clarity
  • Uses minimum sample size of 5mL
  • Uses vacuum (not included) to draw sample up for timed testing between two sets of printed marks

Product Technical Details

Package Dimensions‎9.2 x 4.4 x 3.4 inches
Item Weight‎4.8 ounces
Manufacturer‎Thomas Scientific
Item model number‎XXX80B1539

Who Should Buy?

Suitable For
  • Laboratory Researchers

    Ideal for researchers conducting precise viscosity measurements in lab settings for various fluids and oils.

  • Educational Purposes

    Suitable for educational institutions teaching principles of fluid dynamics and viscosity measurements in chemistry classes.

  • Quality Control

    Beneficial for quality control departments in industries requiring consistent viscosity analysis to ensure product standards.

Not Suitable For
  • Large Sample Requirements

    Not suitable for applications requiring larger sample sizes, as it has a minimum sample volume of 5mL.

  • Field Testing

    Less ideal for field use due to the fragility of glass, making it unsuitable for rough environments.

  • Inexperienced Users

    Not recommended for beginners unfamiliar with viscosity measurement techniques, which may lead to inaccurate results.

Product Description

About This Item

Introducing the Thomas XXX80B1539 Borosilicate Glass Ostwald Oil Viscometer, the perfect instrument for accurately measuring dynamic viscosity. Whether you're working in a laboratory, conducting research and development, or ensuring quality control in your plant, this viscometer is a must-have for your viscosity measurement needs. Crafted from high-quality borosilicate glass, this viscometer offers exceptional clarity, allowing you to easily observe and measure the viscosity of transparent Newtonian fluids such as oil. With a 5mL minimum sample size, it provides accurate and reliable results without requiring a large volume of fluid. Featuring a test-time range of 60 to 100 seconds at room temperature, this viscometer ensures precise measurements every time.

To perform a test, simply use a vacuum (not included) to draw the sample up between the two sets of printed marks and record the time required for the fluid to flow. The easy-to-read measurements enable you to calculate the viscosity of the fluid in poise (P), centipoise (cP), pascal seconds (Pa s), or millipascal seconds (mPa s). The Thomas XXX80B1539 Borosilicate Glass Ostwald Oil Viscometer is just one of the many types of viscometers available on the market. Designed for falling ball viscometry, this instrument measures the time it takes for a ball of known diameter and density to fall through the fluid in a cylindrical container.

This method provides accurate and reliable viscosity measurements that are essential for various industries and applications. Manufactured by Thomas Scientific, a trusted name in laboratory equipment, this viscometer is built to meet industry and governmental standards, including Ingress Protection (IP), National Institute of Standards and Technology (NIST), International Standards Organization (ISO), and ASTM International (formerly American Society for Testing and Materials). Invest in the Thomas XXX80B1539 Borosilicate Glass Ostwald Oil Viscometer and experience precise and efficient viscosity measurement in your lab or production facility. Order yours today and take your viscosity analysis to the next level with this reliable and high-performing instrument.

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Customer Questions & Answers

  • Question: What is a borosilicate glass Ostwald oil viscometer?

    Answer: A borosilicate glass Ostwald oil viscometer is a precise instrument used for measuring the viscosity of fluids, particularly oils. Its construction from borosilicate glass ensures durability and resistance to thermal shock, making it suitable for laboratory environments. Viscometers work by allowing the fluid to flow through a calibrated tube, helping you measure how easily a fluid flows. This tool is crucial for industries where viscosity plays a key role, such as oil and lubricants manufacturing.
  • Question: How do I use the Thomas 80B1539 Ostwald viscometer?

    Answer: To use the Thomas 80B1539 Ostwald viscometer, first, fill the sample chamber with your fluid until it reaches the minimum sample level of 5mL. Position the viscometer vertically to ensure accurate measurements. Then, allow the fluid to flow through the capillary until it reaches the defined marks. The time taken for the fluid to flow between these marks is measured, allowing for the calculation of viscosity. This method is essential in laboratories for producing precise and repeatable viscosity data.
  • Question: What types of fluids can this viscometer measure?

    Answer: The Thomas 80B1539 viscometer is specifically designed for measuring the viscosity of oils and other low-viscosity liquid substances. It is particularly effective for testing lubricants, essential oils, and any non-corrosive fluids that require viscosity evaluation. The accuracy of the viscometer makes it ideal for quality control in industries such as automotive and food production, where fluid properties significantly impact performance.
  • Question: What is the minimum sample volume required?

    Answer: The Thomas 80B1539 Ostwald viscometer requires a minimum sample volume of 5mL. This measurement is crucial because it ensures consistent fluid dynamics during the viscosity assessment, leading to reliable results. Using less than the minimum volume can cause inaccuracies, affecting your testing outcomes. For experimental and quality control processes, adhering to this minimum helps maintain the integrity of your results.
  • Question: Why is borosilicate glass used for this viscometer?

    Answer: Borosilicate glass is used for the Thomas 80B1539 viscometer due to its excellent thermal and chemical resistance. It withstands temperature fluctuations without breaking and does not react with various fluids, which is vital for accurate viscosity measurements. This feature ensures that researchers and developers can rely on the instrument for a variety of liquids without concern for contamination or damage, making it a preferred choice in laboratories.
  • Question: How can I clean and maintain the viscometer?

    Answer: Cleaning the Thomas 80B1539 viscometer involves rinsing it with distilled water followed by a suitable solvent, depending on the fluids previously measured. It is essential to avoid abrasive cleaners to prevent scratching the glass surface. Regular maintenance, including careful inspection for any chips or cracks, ensures long-term precision and functionality. Proper care keeps the viscometer in top condition, ensuring consistent and accurate viscosity measurements.
  • Question: What are the typical applications for using this viscometer?

    Answer: Typical applications for the Thomas 80B1539 Ostwald viscometer include testing lubricating oils, conducting quality control in manufacturing processes, and researching fluid dynamics in various industrial applications. It's widely utilized in laboratories for experiments involving fluid behavior, making it essential for engineers and scientists in fields like mechanical engineering, chemical research, and petroleum engineering. Its reliable performance supports innovative developments in fluid-related technologies.
  • Question: Is the Thomas 80B1539 viscometer suitable for educational purposes?

    Answer: Yes, the Thomas 80B1539 Ostwald viscometer is an excellent educational tool for teaching viscosity measurement principles in chemistry and physics laboratories. Its straightforward operation allows students to experiment with various fluids and understand viscosity concepts hands-on. This practical experience deepens comprehension of fluid mechanics and helps students grasp essential scientific concepts that are applicable in real-world scenarios.
  • Question: Can this viscometer be used for food products?

    Answer: The Thomas 80B1539 Ostwald viscometer can be used for certain food products, particularly for testing oils and sauces where viscosity assessment is crucial for quality and consistency. Ensure that any fluids tested are non-corrosive and suitable for use with glass equipment. This application is particularly relevant in food science research and quality control environments, where maintaining optimal texture and viscosity is key to product performance.
  • Question: Where can I buy the Thomas 80B1539 Borosilicate Glass Ostwald Oil Viscometer, 5mL Minimum Sample?

    Answer: You can buy the Thomas 80B1539 Borosilicate Glass Ostwald Oil Viscometer from Ubuy in Nauru. Ubuy offers a convenient platform to procure quality laboratory equipment, ensuring you have access to reliable products that meet your scientific needs.

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  • Limitations : For products shipped internationally, please note that any manufacturer warranty may not be valid; manufacturer service options may not be available; product manuals, instructions, and safety warnings may not be in destination country languages; the products (and accompanying materials) may not be designed in accordance with destination country standards, specifications, and labeling requirements; and the products may not conform to destination country voltage and other electrical standards (requiring use of an adapter or converter if appropriate). The recipient is responsible for assuring that the product can be lawfully imported to the destination country. When ordering from Ubuy or its affiliates, the recipient is the importer of record and must comply with all laws and regulations of the destination country.
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AUD 337

Order now and get it around Friday, July 17

QTY:

Secured transactionsecured transaction

Ubuy works hard to protect your security and privacy. Our advanced payment security system ensures confidentiality by encrypting your information during transmission using AES (Advanced Encryption Standards) and SSL (Secure Socket Layer) protocols. Your payment details are 100% secure as we do not share your payment details with third party sellers.

Our Top Logistics Partners
  • fedex
  • dhl
Fastest cross-border delivery

Features & Benefits

  • Measures the dynamic viscosity of a transparent Newtonian fluid like oil
  • 60 to 100 second test-time range at room temperature
  • Made of borosilicate glass for clarity
  • Several forms of viscometers
  • Used in laboratories, research and development, process control, and plant quality control applications.
  • Manufactured to meet industry or governmental standards.