All-in-one Steam Generator, 1.5l Capacity, 9.5" Height, Copper - Eisco Labs Collection [wR2meIDX]

High-Quality Copper Steam Generator

Introducing the Steam Generator, a versatile and durable scientific instrument designed for precise and controlled experiments. Crafted from high-quality copper, this generator boasts a 1.5L capacity, making it an ideal choice for a wide range of physics and chemistry experiments. With its robust construction and precision engineering, the Steam Generator is built to deliver reliable performance and durability, ensuring years of efficient use in your lab.

Key Specifications and Features

The Steam Generator is a sophisticated tool that offers numerous advantages for scientific research. Measuring 9.5" in length, it features a base diameter of 4.75" and a top opening of 1.25", providing ample space for materials. The small spout, measuring 1.5" long x 0.25" wide, allows for precise control during experiments. This generator also includes a top handle for easy handling and a 3.75" plastic side handle for added stability. To ensure safety, the Steam Generator is designed for scientific lab use only, and it is crucial to exercise caution when creating steam, as it involves high temperatures and pressure.

• Capacity: 1.5L
• Dimensions: 9.5" long, 4.75" base diameter, 1.25" top opening, 1.5" x 0.25" spout

Practical Uses and Benefits

This Steam Generator is a must-have for anyone conducting experiments in physics and chemistry. Its high pressure and gas creation capabilities make it particularly useful for thermal expansion experiments, such as linear rod expansion. The Steam Generator's precision engineering and reliable performance make it an invaluable asset in any scientific lab, enabling researchers to achieve accurate and reproducible results. By investing in this high-quality steam generator, you'll enhance your lab's capabilities and ensure a safer and more efficient research environment.

• Target Audience: Physics and Chemistry Researchers, Science Educators, Lab Technicians
• Applications: Thermal Expansion Experiments, High Pressure Gas Creation, Lab Safety