Fill Box Apparatus

Model No.: SET-1035

The fill box test apparatus consists of a transparent container with a flat and smooth surface and is used to measure the filling ability of self-compacting concrete with a maximum aggregate size of 20 mm. The test apparatus is also referred to as the “Kajima Test.”

In various industries, efficient and accurate filling processes play a crucial role in ensuring productivity and meeting quality standards. One key tool that aids in achieving these goals is the Fill Box Apparatus. All the tasks, such as measuring, weighing, and filling materials, are now made easier with the use of a fill box apparatus. This is why it is a crucial part of many manufacturing processes.

The test apparatus consists of a clear plastic box that is meticulously designed for accurate measurements and evaluations. The box itself is made from transparent plastic, allowing for easy visibility of the contents during testing. Within the box, there are precisely arranged 35 plastic bars, each having a diameter of 20mm. These bars serve as a standardized means of measuring the fill volume and evaluating the performance of filling equipment or processes. The bars are evenly distributed within the box, creating a controlled environment for assessing fill levels and deviations.

The measurements of the height of the concrete at the side nearest the funnel, denoted as h1, and the height at the opposite end, denoted as h2, are crucial in calculating the average filling percentage. These measurements serve as key parameters for evaluating the distribution and level of the concrete within the structure or container.

Fill box test apparatus are manufactured to enable businesses to validate and optimize their filling processes. Since the device simulates real-life conditions, it allows the Fill Box Apparatus Manufacturers, Suppliers and Exporters in Delhi, India to evaluate and refine their procedures to achieve optimal accuracy, efficiency, and product quality. With this, businesses can identify and rectify any inaccuracies, ensuring compliance with quality standards and regulatory requirements.