Attri Lab Industries

The Free & Forced Vortex Apparatus demonstrates both free and forced vortex flows to compare their characteristics and behavior. It helps visualize the differences in surface profiles and velocity distribution caused by natural drainage versus external rotation.

The Darcy's Law Apparatus is used to study the flow of water through a porous medium and verify Darcy's Law. It helps determine the hydraulic conductivity and understand the relationship between discharge, hydraulic gradient, and permeability.

A melting point apparatus is a laboratory device used to determine the melting temperature of a solid substance. It helps identify and assess the purity of compounds by observing the temperature range at which they change from solid to liquid. Modern melting point apparatuses often include digital displays for precise temperature readings. This tool is essential in chemistry and pharmaceutical research for quality control and analysis.

The tablet dissolution test apparatus is a laboratory device used to measure the rate at which a drug is released from a tablet into a liquid medium. It helps ensure consistent drug performance and bioavailability in the body. The apparatus typically includes rotating paddles or baskets and temperature-controlled vessels. This test is crucial for quality control in pharmaceutical manufacturing.

Discharge through an orificemeter is measured by the difference in pressure across a sharp-edged orifice plate installed in a pipeline. The flow rate is calculated using Bernoulli’s equation and a discharge coefficient to account for energy losses.

The Stefan-Boltzmann Apparatus is used to verify the Stefan-Boltzmann law of thermal radiation by measuring the heat radiated from a black body. It helps study the relationship between temperature and radiated energy in thermal systems.

The Pool Boiling Apparatus is used to study the heat transfer characteristics during the boiling of a liquid on a heated surface under controlled conditions. It helps observe different boiling regimes and determine the critical heat flux and heat transfer coefficient.

The Centre of Pressure Apparatus is used to determine the center of pressure on a submerged surface by balancing hydrostatic forces. It helps verify theoretical calculations and understand fluid pressure distribution on plane surfaces.