About Viscosity Apparatus Stokes Method
As one of the distinguished ISO 9001:2008 certified manufacturers, exporters and suppliers, we offer Viscosity Apparatus Stokes Method. The offered apparatus is designed to quickly measure the viscosity of oils, water, glycerin and other liquids in an efficient manner. This apparatus is precisely manufactured by our adept professionals using supreme quality basic materials and pioneering techniques in adherence with international quality standards. Besides this, clients can purchase this Viscosity Apparatus Stokes Method from us at competitive prices.
Features:
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Simple, durable and compact design
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Easy cleaning of the probes
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Light-weight and portable design
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Easy to operate
Precision Viscosity MeasurementThis apparatus allows laboratories to quantitatively assess a liquids viscosity using Stokes Law. The combination of stainless steel accessories and a high-clarity borosilicate glass cylinder ensures accuracy and repeatability, suitable for both teaching and industrial research. Its manual operation ensures flexibility without the need for powered systems and is reliable in a variety of laboratory environments.
Durable and Safe ConstructionConstructed from shatter-resistant borosilicate glass and stainless steel, this viscosity apparatus offers long-term durability and outstanding chemical resistance. The transparent cylinder provides clear observation, while the sturdy design ensures safe usage, even during repeated cycles. Graduations are crisply marked to minimize reading errors, and cleaning is simple due to the smooth glass surface.
Versatile Laboratory ApplicationIdeal for viscosity experiments across educational, research, and industrial laboratories, this apparatus supports a wide temperature range (room temperature to 80C, withstanding up to 200C externally). Suitable for various liquids, the set accommodates a broad ball size range, enhancing experimental scope and precision. Supported by distributors, exporters, manufacturers, and suppliers across India.
FAQs of Viscosity Apparatus Stokes Method:
Q: How does the Viscosity Apparatus work using Stokes Method?
A: The apparatus measures viscosity by releasing steel balls of accurately known diameter through a liquid-filled, graduated borosilicate cylinder. By timing the balls descent, and using Stokes Law, the viscosity of the liquid can be calculated with high precision.
Q: What liquids can be tested and at what temperature range?
A: You can test various transparent liquids using this apparatus at room temperature up to 80C. For higher temperature experiments, external heating may be applied since the borosilicate glass can tolerate up to 200C.
Q: When is it recommended to use balls of different diameters?
A: Balls of different diameters (1 mm to 10 mm) should be selected based on the viscosity range of the liquid being examined. Smaller balls are best for highly viscous liquids, while larger balls provide better results for less viscous samples.
Q: Where should I place the apparatus for optimal performance?
A: The viscosity apparatus should be placed on a stable, flat laboratory surface with good lighting for accurate scale reading and safe operation. Ensure the area is away from direct drafts that might disturb the experiment.
Q: What is the process for cleaning and maintaining the glass cylinder?
A: Cleaning is simple: rinse the borosilicate glass cylinder with a suitable solvent or mild detergent after each use. Because the glass is chemically resistant and shatter resistant, regular maintenance helps preserve accuracy and extends equipment life.
Q: How does manually operating the apparatus benefit the user?
A: Manual operation allows users full control over the release and timing process, eliminating electronic errors and ensuring suitability for classrooms or labs where power sources may be limited.
Q: What makes this apparatus beneficial for laboratory applications in India?
A: Its durable construction, ease of use, and versatility, along with availability through multiple distributors and suppliers in India, make it a dependable choice for educational, research, and industrial laboratories throughout the country.
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