Metal Cylinders Set Tyenaza 3Pcs Copper Iron Aluminium Density Blocks

Description

Product Overview

The Tyenaza Metal Cylinders Set is a meticulously engineered collection of three solid metal cylinders crafted from copper, iron, and aluminium. Each cylinder is hand‑finished to exacting tolerances, delivering a uniform diameter and height that guarantee repeatable measurements across a wide range of scientific investigations. The set is housed in a clear, durable plastic storage box that not only protects the cylinders from accidental damage but also allows quick visual identification of each metal type. With a combined weight of just seven ounces, the cylinders are lightweight enough for easy handling by students while still providing the mass needed for accurate density calculations. The copper cylinder offers superior thermal conductivity, the iron cylinder provides a high‑density reference, and the aluminium cylinder presents a low‑density counterpart, together covering the full spectrum of material properties required in introductory and advanced physics curricula.

Usage

These metal cylinders are ideally suited for a variety of educational settings, from middle‑school science labs to university‑level physics courses. In a typical classroom experiment, students can measure the mass of each cylinder using a precision balance, then determine its volume by water displacement or geometric calculation, and finally compute density by dividing mass by volume. The same cylinders can be employed in specific heat capacity experiments, where the copper cylinder’s high thermal conductivity allows rapid temperature equilibration, enabling students to observe heat transfer dynamics in real time. Additionally, the set supports investigations into buoyancy and specific gravity, where the differing densities of the three metals illustrate Archimedes’ principle in a tangible way. Beyond formal education, hobbyists and makers can incorporate the cylinders into DIY projects such as custom balance scales, calibration tools for 3‑D printers, or as reference masses for home laboratories.

Why Choose Us

Choosing the Tyenaza Metal Cylinders Set means selecting a product that combines precision engineering with practical convenience. Each cylinder is fabricated from high‑grade raw materials sourced from reputable suppliers, ensuring consistency in composition and structural integrity. The hand‑finished surfaces reduce surface roughness, minimizing measurement error caused by air bubbles during water displacement methods. Our transparent storage box is designed with a snug interior layout that prevents the cylinders from rattling during transport, extending the lifespan of the set and maintaining calibration accuracy over years of use. Moreover, Tyenaza stands behind every product with a responsive customer support team ready to address any queries, provide detailed usage guides, and offer replacement parts if necessary. This commitment to quality and service distinguishes our offering from generic, mass‑produced alternatives that often lack the same level of craftsmanship and after‑sales attention.

Key Features

• Three distinct metal cylinders—copper, iron, aluminium—covering a broad range of densities for versatile experiments.
• Hand‑finished to tight tolerances, delivering high measurement accuracy and repeatable results.
• Lightweight yet robust design makes handling easy for students while maintaining structural durability.
• Transparent storage box provides clear visibility, secure containment, and convenient portability.
• Dedicated Tyenaza support team offers guidance, troubleshooting, and replacement components for long‑term satisfaction.

FAQ

What is the recommended method for measuring the volume of each cylinder?

The most common approach is water displacement, where the cylinder is gently submerged in a graduated cylinder filled with water and the rise in water level indicates the displaced volume. For even greater precision, you can calculate volume mathematically using the measured diameter and height, applying the formula V = πr²h.

Can the cylinders be used for calibration of laboratory balances?

Yes, the known masses of the copper, iron, and aluminium cylinders make them excellent reference standards for calibrating analytical balances. Ensure the cylinders are clean and free of surface contaminants before use to maintain accuracy.

How should the cylinders be stored to prevent oxidation?

While the transparent storage box protects the cylinders from dust, occasional exposure to humidity may cause a thin layer of oxidation, especially on the iron cylinder. Simply wipe the affected area with a soft cloth or lightly sand the surface to restore its original appearance.

Are the cylinders suitable for high‑temperature experiments?

The copper and iron cylinders can tolerate elevated temperatures typical of many laboratory procedures, but the aluminium cylinder has a lower melting point and should not be exposed to temperatures exceeding 660 °C. Always follow safety guidelines and use appropriate heat‑resistant equipment when conducting high‑temperature tests.

What age group is this set appropriate for?

The set is designed for educational use from middle school (grades 6‑8) through university‑level physics courses. Its clear instructions and safe handling characteristics also make it suitable for science clubs, makerspaces, and home‑school environments.