Metal Density Blocks Buachois Cylinder Set Copper Iron Aluminum

Description

Product Overview

The Buachois Metal Density Blocks set is a meticulously engineered collection of three cylindrical metal specimens—copper, iron and aluminum—each finished with a smooth, sand‑polished surface to ensure consistent measurements and a professional appearance. Every cylinder is equipped with a sturdy metal hook that allows students and educators to suspend the blocks safely during experiments, reducing the risk of accidental drops and providing a reliable point of attachment for measuring apparatus such as spring scales, balance beams, or density determination rigs. The dimensions of each cylinder are precisely controlled on a dedicated production line, guaranteeing uniform height and diameter across the set, which is essential for comparative studies of specific gravity, density, and specific heat capacity. The set is packaged in a transparent, high‑impact plastic storage box that protects the metal from dust, moisture, and mechanical wear while allowing quick visual identification of each component.

Manufactured by Buachois, a brand known for its commitment to scientific education tools, the blocks meet rigorous quality standards and are designed to withstand repeated handling in busy classroom environments. The copper cylinder offers excellent thermal conductivity, making it ideal for heat transfer demonstrations, while the iron cylinder provides a higher density reference point for specific gravity calculations. The aluminum cylinder, being lightweight yet still metallic, serves as a contrasting element for experiments that explore the relationship between mass, volume, and material properties. Together, these three metals give educators a versatile toolkit that can be integrated into curricula ranging from introductory middle‑school science to advanced university‑level physics and engineering courses.

Usage

In a typical high school physics laboratory, the Metal Density Blocks are used to demonstrate the principle of buoyancy by submerging each cylinder in water and measuring the displaced volume. Students can calculate the specific gravity of each metal by comparing the measured mass to the volume derived from water displacement, reinforcing concepts of density and material properties. The hooks enable the cylinders to be attached to a spring scale, allowing learners to observe the relationship between weight, buoyant force, and the density of the surrounding fluid. In chemistry classes, the copper cylinder can be heated and its temperature change monitored to illustrate specific heat capacity, while the iron cylinder can be used in magnetic field experiments due to its ferromagnetic nature.

Beyond classroom demonstrations, the blocks are valuable for university‑level laboratory courses that require precise, repeatable measurements. Researchers can employ the cylinders as calibration standards for densitometers, viscometers, or other analytical instruments. The transparent storage box also serves as a convenient transport case for field trips, enabling educators to bring the set to science fairs, outreach events, or community workshops where hands‑on experimentation sparks curiosity. The durability of the metal surfaces ensures that the blocks retain their dimensional accuracy even after years of use, making them a cost‑effective investment for educational institutions.

Why Choose Us

Choosing the Buachois Metal Density Blocks means selecting a product that combines scientific precision with practical durability. Each cylinder is machined from high‑grade metal stock, guaranteeing uniformity that eliminates variables caused by irregular shapes or surface imperfections. The inclusion of hooks on every block reflects a thoughtful design that anticipates the needs of educators who require secure handling during repeated experimental cycles. Buachois provides a comprehensive quality assurance program, including dimensional verification and material certification, so instructors can trust that the data generated with these blocks is accurate and reproducible.

Our commitment to customer satisfaction extends beyond the point of sale. We offer responsive technical support to answer questions about experimental setup, calibration techniques, or best practices for maintaining the metal surfaces. Should any component become damaged, our warranty policy allows for prompt replacement, ensuring that classroom schedules remain uninterrupted. By investing in Buachois, schools gain a reliable educational resource that aligns with national science standards and supports a wide range of investigative learning outcomes.

Key Features

• Three high‑quality metal cylinders (copper, iron, aluminum) with uniform dimensions for consistent experimental results
• Integrated metal hooks on each block enable safe suspension and easy attachment to measurement devices
• Smooth, sand‑polished surfaces reduce friction and prevent surface oxidation during repeated use
• Transparent protective storage box safeguards against dust, moisture, and accidental damage while allowing quick visual identification
• Dedicated after‑sales support and warranty service ensure reliable performance throughout the product’s lifespan

FAQ

What is the diameter and height of each cylinder?

All three cylinders share the same dimensions: a diameter of 30 mm and a height of 100 mm, providing a standard volume that simplifies comparative density calculations across different metals.

Can the blocks be used for magnetic field experiments?

Yes. The iron cylinder is ferromagnetic and responds to magnetic fields, making it suitable for demonstrations of magnetic attraction, field mapping, and related physics investigations.

How should I clean the metal surfaces if they become tarnished?

Because the cylinders are made of copper, iron and aluminum, they may develop a light surface oxidation over time, especially in humid environments. Gently wipe the blocks with a soft, lint‑free cloth slightly dampened with a mild cleaning solution, then dry thoroughly. Avoid abrasive cleaners that could scratch the polished finish.

Is the set compatible with standard laboratory equipment?

The hooks are designed to fit common laboratory clamps, stands, and spring scales. The uniform size of the cylinders also aligns with standard densitometer sample holders, allowing seamless integration into existing lab setups.

What is the recommended storage condition to prevent color change?

Store the blocks in the provided transparent box in a cool, dry place away from direct sunlight. The sealed environment helps minimize exposure to humidity, which can cause minor surface discoloration on metal over extended periods.