Durable Spouting Cylinder, Metal Best Choice [7GBIPWzR]

Durable Spouting Cylinder, Metal Best Choice [7GBIPWzR]

Introducing the Durable Spouting Cylinder, Metal Best Choice [7GBIPWzR], a versatile educational tool designed to demonstrate the fundamental principle that pressure increases with depth. This innovative cylinder is crafted with precision and is ideal for educational purposes, laboratory settings, or home experiments.

Key Features and Specifications:

• Diameter: 2.3" (60mm)
• Height: 15.5" (400mm)
• Material: Metal

Featuring a robust 2.3" (60mm) diameter pipe, the Durable Spouting Cylinder, Metal Best Choice [7GBIPWzR] stands at a total height of 15.5" (400mm), making it suitable for a variety of demonstrations. Its metallic construction ensures durability and long-lasting performance. The cylinder is equipped with three orifices of the same size, strategically positioned at different heights along one side, allowing for a clear and concise visualization of the pressure increase with depth.

Practical Applications and Benefits:

The Durable Spouting Cylinder, Metal Best Choice [7GBIPWzR] is an invaluable tool for educators and students alike. It provides a tangible and interactive way to understand the principles of fluid dynamics and pressure. Whether you are conducting a physics experiment, a hydrology study, or simply curious about the physics of fluids, this cylinder is an essential piece of equipment.

• Demonstrates Pressure Increase: The cylinder's design allows for a direct observation of how pressure changes with depth, making it an ideal teaching aid.
• Versatile and Durable: Made from high-quality metal, the cylinder is built to withstand regular use and can be used in a variety of settings, from classrooms to research facilities.

Invest in the Durable Spouting Cylinder, Metal Best Choice [7GBIPWzR] and enhance your understanding of the fundamental concepts of fluid mechanics. With its clear demonstration of pressure increase with depth, this cylinder is a must-have for anyone interested in the physics of fluids.