Description

The device operates by measuring the terminal velocity of steel balls as they fall through a fluid column. Different balls allow viscosity measurement across a wide range of fluids. The transparent column and provision for ink injection facilitate clear visualization, enabling students to combine theoretical principles with practical observation.
Key FeaturesSet of steel balls varying in size and density for multi-range viscosity testing.
Transparent cylindrical tube for precise observation of ball descent.
Stopwatch included for accurate timing of terminal velocity.
Magnetic device provided to retrieve balls lifting post-experiment.
Suitable for liquids exhibiting laminar flow conditions, ensuring textbook results.
Educational and Practical BenefitsEnables hands-on determination of dynamic viscosity in alignment with industrial standards.
Supports understanding of fluid flow regimes, fundamental in mechanical, chemical, and civil engineering courses.
Facilitates in-depth study of Newtonian fluids, contributing to research and development projects.
Complements CFD and simulation tools, allowing students to validate computational results with real data.
Enhances laboratory skills and experimental procedure adherence.
Compliance and Tender ReadinessConforms to technical specifications required by international development agency-funded projects and procurement tenders.
Robust design ensures long-term reliability and low maintenance in educational institutions.
Accompanied by comprehensive user manuals and experiment guides tailored for current syllabi.
Integrates seamlessly into modern engineering laboratory setups emphasizing practical and theoretical knowledge.
Application AreasPolytechnic and engineering institutions teaching fluid mechanics, rheology, and material sciences.
TVET/DVET programs focusing on fluid dynamics and industrial process engineering.
Research labs conducting viscosity measurements of polymers, oils, and other industrial fluids.
International capacity-building projects enhancing technical skills in fluid property analysis.