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FALLING BALL VISCOMETER

FALLING BALL VISCOMETER

Product Details:

  • Core Components Glass Measuring Tube, Stainless Steel Balls, Thermometer, Stand & Clamp
  • Power Source Not Required (Manual)
  • Frequency Manual Operation
  • Voltage Not Required
  • Capacity 100 ml
  • Automation Grade Manual
  • Feature Highly Accurate, Easy to Operate, Transparent Viewing, Stable Stand
  • Click to view more
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FALLING BALL VISCOMETER Price And Quantity

  • 1 Piece
  • 5000 INR

FALLING BALL VISCOMETER Product Specifications

  • 100 ml
  • Manual
  • Borosilicate Glass Tube, Stainless Steel Balls
  • Highly Accurate, Easy to Operate, Transparent Viewing, Stable Stand
  • Standard Lab Model
  • Viscosity from ~0.5 to 2000 mPas depending on ball and liquid
  • High Precision Measurement
  • Falling Ball Viscometer
  • Approx. 300 mm x 80 mm x 80 mm
  • Not Required (Manual)
  • Glass Measuring Tube, Stainless Steel Balls, Thermometer, Stand & Clamp
  • Approx. 1 kg (Instrument only)
  • Scale Marked Glass Tube
  • Manual Operation
  • Laboratory
  • Not Required

FALLING BALL VISCOMETER Trade Information

  • 5-10 Piece piece Per Month
  • 6-8 Week

Product Description

Falling Ball Viscometer

The Doppler principle is used to measure the viscosity of Newtonian liquid by measuring the time required for a ball to fall under gravity through a sample-filled tube that is inclined at an angle. The average time of three tests is taken; the result is converted into a viscosity value using a simple formula.

Two models are available:

KF30 has a fixed angle of 80° and complies with DIN 53015
KF40 can be angled at 50°, 60°, 70° and 80°

FEATURES AND BENEFITS

· Pivot bearing allows for quick and easy tube rotation - ideal for repeat tests

· Connection to circulating bath for temperature control of sample

· Set of six balls to test a wide variety of samples

· Complete with temperature probe

· Accuracy 0.5% to 2.0% depending on ball being used

SPECIFICATIONS

APPLICATIONS

· Beverages

· Coatings

· Cosmetics

· Detergents

· Food

· Paint

· Petroleum Products

· Pharmaceuticals

· Polymers

· Soap

WHAT'S INCLUDED

· Instrument

· Set of six (6) balls

· Temperature Probe

· Carrying Case

OPTIONAL ACCESSORIES

TEMPERATURE BATH

VISCOSITY STANDARDS

SPECIAL TEMPERATURE PROBES 



Easy Assembly and Operation

The Falling Ball Viscometer is designed for hassle-free setup. Delivered in a knocked-down state with protective foam packaging, assembly is straightforward and requires no specialized tools. The manual operation allows for instant use without the need for a power supply, ensuring accessibility in any laboratory setting.


High Precision Viscosity Measurement

This viscometer achieves high accuracy and repeatability, using one of three stainless steel balls matched to the liquid being tested. Its scale-marked, transparent borosilicate glass tube allows users to easily observe the process and obtain precise measurements across a wide viscosity range. All components conform to international measurement standards.


Durable and Reliable Laboratory Instrument

Constructed from robust materials such as borosilicate glass and stainless steel, the instrument is built for longevity and consistent performance. The thermometer covers a comprehensive 0 to 100C range, supporting various experimental conditions. Its design ensures both transparency for viewing and stability during operation.

FAQs of FALLING BALL VISCOMETER:


Q: How do I assemble the Falling Ball Viscometer after unpacking?

A: Assembly is simple and requires no specialized tools. Just connect the borosilicate glass tube to the stand, insert the thermometer, and secure the stainless steel balls. The instrument is supplied knocked down for safe delivery and can be assembled within minutes by following the included instructions.

Q: What is the process for measuring viscosity using this falling ball viscometer?

A: To measure viscosity, fill the tube with your sample fluid (up to 100 ml), select the appropriate ball based on your estimated viscosity range, and set the temperature with the included thermometer. Then, release the ball and use the markings on the glass tube to measure the time it takes to fall a certain distance. Calculations can be made based on this fall time.

Q: When should I use each of the three stainless steel balls?

A: Choose the ball based on the viscosity of your fluid. Use a denser ball for higher viscosities and a lighter ball for low viscosity measurements. Detailed guidance is provided in the instruction manual to help select the correct ball for optimal accuracy.

Q: Where is this instrument typically used?

A: This viscometer is widely used in laboratory settings across research institutes, manufacturing, export, import, and trade sectors, especially within India. Its robust design and compliance with DIN 53015 and ISO 12058 make it suitable for both academic research and industrial quality control.

Q: What are the benefits of using the Falling Ball Viscometer?

A: It offers highly accurate and repeatable viscosity measurements across a wide range, requires no electricity, and is easy to operate. Its transparent tube ensures clear observation, while robust materials guarantee durability and easy maintenance.

Q: Is any power source required for operation?

A: No external power or voltage supply is needed. Operation is completely manual, making the instrument portable and usable in any environment independently of electricity.

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