1-Inch Electrodes with 10mm Binding Posts

These 1-inch electrodes with 10mm binding posts are perfect for easy connection of a contact wire. Available in aluminum, lead, zinc, copper, brass, and bronze, each electrode measures approximately 1 x 5 inches and has an overall exposure surface of 65 square centimeters.

Key Features:

• 1-inch electrodes with 10mm binding posts for easy connection
• Available in aluminum, lead, zinc, copper, brass, and bronze
• Each electrode measures approximately 1 x 5 inches
• Overall exposure surface of 65 square centimeters
• Electrodes come with 10mm socket binding post terminals

Product Specifications:

Similar Products

• 1.5-Inch Electrodes with 10mm Binding Posts
• 2-Inch Electrodes with 10mm Binding Posts
• 1-Inch Electrodes with Alligator Clips
• 1-Inch Electrodes with Banana Plugs
• 1-Inch Electrodes with Screw Terminals

CAUTION: Electrical conductivity can be hazardous. Use with caution and follow proper safety procedures when handling electrodes with binding posts.

Perfect for:

• Medical professionals
• Researchers in the field of neuroscience
• Biomedical engineers
• Academic institutions
• Manufacturers of medical equipment
• Individuals with a background in electrical engineering

Aluminum Density Cylinder

Floats or sinks in water depending on the water density. The purpose of this product is to demonstrate the changes in water density depending on the temperature or depending on the minerals in water. Changing the water density has many industrial applications. In many cases the application is material separation by floating them or by sinking them to the bottom.

Key Features

• Includes activity guide
• Measures 0.65" diameter x 3.5" long
• Weighs 0.5 oz.
• Floats in cold water, but sinks in warm water

Product Specifications:

Perfect for educators and students interested in demonstrating the changes in water density.

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• Density Spheres
• Hydrodynamic Bottle
• Water Density Science Kit
• Density Blocks
• Density Cube Set

Perfect for:

• Educators
• Students

Lead Doped Barium Silicate

Lead Doped Barium Silicate is a type of silicate that contains barium and lead as dopants. It is commonly used in the production of ceramic capacitors and other electronic components due to its high dielectric constant and low loss tangent, which enhance the performance of these components. The material also exhibits good thermal stability and chemical resistance, making it suitable for use in harsh environments where stability and resistance to chemical degradation are crucial.

Beyond its applications in the electronics industry, Lead Doped Barium Silicate shows promise in the field of photovoltaics as a potential material for solar cells. Its unique properties may contribute to improving the efficiency and performance of solar energy conversion devices.

Product Specifications:

Similar Products:

• Lead Doped Strontium Silicate
• Barium Titanate Ceramic Capacitor
• Lead Zirconate Titanate (PZT) Ceramic
• Barium Zirconate Titanate (BZT) Thin Film
• Lead Doped Potassium Niobate

WARNING: Poisonous

Calibrated Student Masses for Laboratory Use

These calibrated student masses are designed specifically for educational purposes in laboratory settings. They provide reliable measurements for student experiments and learning activities. The set includes a 50g mass, a 20g mass, two 10g masses, two 5g masses, two 2g masses, and two 1g masses.

Key Features:

• Calibrated student masses suitable for laboratory use in educational settings
• Provides reliable measurements for student experiments
• Can be used for introductory laboratory work and learning activities

Product Specifications:

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• Student Mass Set with Plastic Box
• Student Mass Set with Case
• Student Mass Set with Weight Hanger
• Student Mass Set with Calibration Certificate

Caution: Handled with care. Contains small pieces.

Density Cubes Set 10mm

The Density Cubes Set is an essential tool for understanding metal density and physical properties, featuring twelve meticulously crafted cubes of Iron, Aluminum, Zinc, Lead, Brass, and Copper. Each cube measures 10mm, perfect for comparative studies in science and metallurgy.

Key Features

• Two sets of six different metal cubes
• Precise 10mm cube dimensions
• Included metals: Iron, Aluminum, Zinc, Lead, Brass, Copper
• Ideal for educational and comparative purposes
• Durable and high-quality material composition

Product Specifications

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Caution: Handle with care due to sharp edges. Not suitable for children without supervision.

Density Cubes, Set Of 5 Non-Metal Cubes

This set of 5 non-metal cubes is an essential tool for exploring and comparing the density and physical properties of different materials. Each cube, made from unique materials like rubber, acrylic, plastic, softwood, and hardwood, measures 20mm. Ideal for educational purposes in physical science and material studies.

Key Features

• Set of 5 different material cubes
• Uniform 20mm size for easy comparison
• Includes rubber, acrylic, plastic, softwood, and hardwood
• Ideal for density and physical properties analysis
• Perfect educational tool for material science

Product Specifications

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• Transparent acrylic 20mm cube set
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Socket Binding Post Electrodes

Socket binding post electrodes are designed for easy wire connections during scientific experiments. The 4mm socket binding post terminal allows for secure and effortless contact wire connections. These electrodes are perfect for various scientific experiments and are suitable for both educational and professional settings.

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• Electrodes with Alligator Clips
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Perfect for:

• Scientific researchers and professionals
• Teachers and students in educational settings
• Anyone conducting experiments that require easy and secure wire connections

Product Specifications:

Iron Powder, Ultra Pure 99.5%

High-purity fine iron powder made of high-purity iron by the water atomization method. Features an apparent density of >2.8 g/cc with a medium particle size distribution. Suitable for various applications requiring ultra-pure iron.

Product Specifications

Chemical Analysis (Typical)

Applications and Benefits:

• High-purity requirements for industrial or scientific uses
• Applications requiring medium particle size distribution
• Water atomized iron suitable for precise manufacturing

Caution:

Handle in accordance with safety guidelines. Refer to SDS for details.

Metal Electrodes, Set Of 6

This set of 6 metal electrodes is ideal for use in electrovoltaic cells or various chemistry and physics experiments. Each electrode is made from different metals, including iron, copper, zinc, aluminum, steel, and magnesium. The electrodes are carefully sized at approximately 120mm x 18mm x 0.75mm (5" x 1/2" x 1/32"), making them easy to handle and suitable for classroom or laboratory use. Their consistent dimensions and material composition ensure reliable performance during experiments. These electrodes are perfect for students, educators, or lab technicians looking to demonstrate electrochemical reactions or explore the properties of different metals in practical experiments.

The set of metal electrodes includes various metals that are commonly used in experiments involving electrovoltaic (or galvanic) cells, electrochemistry, and other physics and chemistry experiments. Here's a brief overview of how these metals might be used:

1. Iron (Fe)

• Properties: Iron is a reactive metal and can oxidize easily.
• Use: Commonly used in electrochemical reactions, such as rusting experiments, or as one electrode in electrochemical cells.

2. Copper (Cu)

• Properties: Copper is a good conductor of electricity and is relatively unreactive compared to other metals.
• Use: Frequently used as a positive electrode in electrovoltaic cells, due to its stability and conductive properties.

3. Zinc (Zn)

• Properties: Zinc is highly reactive and easily gives up electrons.
• Use: Commonly used as the negative electrode in electrochemical cells, like in a simple zinc-copper battery.

4. Aluminum (Al)

• Properties: Aluminum is a lightweight, reactive metal with a natural oxide layer that protects it.
• Use: Often used in chemical reactions to produce hydrogen or as an electrode in electrolytic cells.

5. Steel (an alloy of iron)

• Properties: Steel is more resistant to corrosion than pure iron, thanks to the presence of carbon and sometimes other elements.
• Use: Steel can be used in experiments similar to iron, but it is less prone to rusting.

6. Magnesium (Mg)

• Properties: Magnesium is a highly reactive metal, often used in pyrotechnics due to its bright flame when ignited.
• Use: Magnesium is frequently used in electrochemical cells as a very reactive metal, often as a negative electrode.

Applications:

• Electrovoltaic Cells (Galvanic Cells): You can use these metals to build simple electrovoltaic cells, where two different metals act as electrodes and a solution (electrolyte) allows ions to flow, generating electricity.
• Corrosion and Rusting Experiments: The set can be used to observe how different metals react with the environment (such as exposure to water or air).
• Electrolysis: These metals can be used in electrolysis experiments to separate chemical compounds into their elemental forms using an electrical current.

Key Features

• Set of 6 metal electrodes: iron, copper, zinc, aluminum, steel, magnesium
• Ideal for electrovoltaic cells and experiments
• Electrodes Aprox measure 127mm x 18mm x 1mm (5" x 1/2" x 1/32")
• Durable and reliable for laboratory use
• Suitable for chemistry and physics experiments
• Perfect for educators, students, and lab professionals

Product Specifications