Lead Electrodes

These lead electrodes are designed for assembling voltaic cells or conducting various chemical and electricity experiments. Each electrode is stamped with a two-letter code (Pb) for easy identification. The dimensions are 125 mm x 20 mm, offering a versatile size for diverse applications in educational and laboratory settings. They are individually packaged, with a weight of 50 grams.

Product Specifications

Applications and Benefits:

• for assembling voltaic cells
• Useful in chemical and electricity experiments
• Stamped for easy identification
• Durable and versatile size
• Individually packaged for convenience

Key Features and Benefits

• Reliable choice for educational and laboratory use
• Handle with care due to the toxic nature of lead
• For more details, download the Safety Data Sheet

Caution:

Lead electrodes are a reliable choice for educational and laboratory use. Handle with care due to the toxic nature of lead. For more details, download the Safety Data Sheet.

Carbon Electrode, Flat

High-purity carbon electrodes for scientific and electrical experiments, also known as graphite electrodes, with electrical conductivity and thermal stability. Each electrode measures 125 x 25 x 5mm and has a smooth surface, making it safe and easy to handle during experiments. The electrodes are individually packaged and weigh 26g.

Product Specifications

Applications and Benefits:

• Assembling voltaic cells and electrolysis experiments
• Electrical and electronic experiments
• Scientific experiments requiring high-purity carbon material

Key Features and Benefits

• High-purity carbon material
• electrical conductivity and thermal stability
• Individually packaged for convenience and safety

Caution:

Handle with care during experiments. Keep away from flammable materials.

Copper Electrode, Flat, Copper Anode, One Piece

This flat copper anode electrode offers 99.9% pure copper in a compact 19 mm × 125 mm (3/4 × 5 in) format. Stamped with “Cu” for clear identification, the one‑piece construction provides consistent electrical conductivity for a wide range of laboratory experiments. Each unit is individually packaged for convenience and protection.

Product Specifications

Applications and Benefits:

• Science experiments and educational demonstrations
• Physics and chemistry laboratory procedures
• Electrochemical cell anodes
• Metal conductivity testing

Key Features and Benefits

• 99.9% pure copper for conductivity
• Flat form factor (19mm × 125mm) for easy handling
• Stamped “Cu” for clear material identification
• One‑piece construction eliminates seams and joints
• High electrical conductivity suitable for precise measurements
• Durable metal suitable for repeated experimental use
• Individual packaging for convenience and protection
• Weight: 18g

Caution:

Metal electrodes have sharp edges; handle with care to avoid injury.

Iron Electrodes

These low‑carbon iron electrodes are flat sheets measuring 19 mm × 125 mm × 0.5 mm, each weighing 16 g and stamped with “FE”. Sold as a 2‑pack, they are for constructing voltaic cells and conducting electrochemical, chemistry, and physics experiments.

Product Specifications

Applications and Benefits:

• Construction of voltaic (galvanic) cells
• Electrochemical reaction studies
• Chemistry experiment setups requiring iron electrodes
• Physics experiments involving electrical conductivity and resistance
• Corrosion and material degradation testing

Key Features and Benefits

• Low carbon iron provides consistent electrical conductivity
• Precise dimensions ensure repeatable experimental results
• Stamped “FE” identification for easy tracking and inventory
• Flat sheet geometry simplifies mounting in cell assemblies
• Packaged as a set of two for convenient experiment preparation

Caution:

Metal electrodes have sharp edges; handle with protective gloves and store safely to avoid injury.

Magnesium Electrode Coil

The Magnesium Electrode Coil is a high-purity magnesium strip formed into a coil, providing a larger surface contact with electrolyte. This product is a valuable addition to any collection of metals due to its unique properties and uses. Magnesium is a lightweight and strong metal commonly used in the aerospace and automotive industries. Its ability to ignite easily also makes it a popular choice for flares and fireworks.

Product Specifications

Applications and Benefits

• Chemistry students and professionals
• Scientists and researchers in the field of electrochemistry
• Manufacturers of batteries and other electronic devices
• Individuals interested in collecting rare and unique metals
• Industrial companies involved in the production of magnesium-based products
• Engineering firms specializing in materials science and metallurgy

Key Features and Benefits

• High-purity magnesium coil for electrolyte contact
• Unique properties and uses in various applications
• Lightweight and strong metal for aerospace and automotive industries
• Reusable plastic tube packaging for convenient storage

Magnesium Electrode Flat 3/4" X 5"

The Magnesium Electrode Flat 3/4" X 5" is a high-purity magnesium electrode, marked with the letter "Mg", and designed for various applications. Its dimensions are 19 mm (approximately 0.75 inches) by 125 mm (approximately 4.92 inches) by 1 mm (approximately 0.04 inches). Each electrode is protected by a plastic film, which guarantees its integrity and performance until it's ready for use. The electrode is packaged individually and has a weight of approximately 6 grams.

Product Specifications

Applications and Benefits:

• Magnesium Electrode for Science Experiments
• Production of small quantity magnesium filing (Magnesium powder)
• Chemical etching

Key Features and Benefits

• High-purity magnesium for performance
• Protective film for integrity and performance
• Individual packaging for convenience

Analysis:

Caution:

Handle with care to preserve the protective film and avoid contamination.

Metallic Armor Liquid Graphite for Metal Finishes 5oz

Transform any surface into a realistic, shiny metallic finish with Metallic Armor Liquid Graphite. This 5oz product is for art projects, cosplay props, and stage sets. It's easy to apply and durable, ensuring a long-lasting finish. The product is suitable for various surfaces and provides a non-metallic appearance.

Product Specifications

Applications and Benefits:

• Art projects
• Cosplay props
• Stage sets
• Industrial applications
• Scientific research
• Creative projects

Key Features and Benefits

• Realistic, shiny metallic finish on various surfaces
• Easy brush or spray application
• Durable, long-lasting finish

Caution:

Work in a well-ventilated area and use protective gear such as gloves and a mask to avoid inhaling graphite dust.

Nickel Electrode (Nickel Anode), 5" X 3/4"

The Nickel Electrode or Nickel Anodes is a high-purity (>99%) nickel electrode with dimensions of 5" x 3/4" x 3/64" (12cm x 2cm x 1.2mm). It is designed for use in demonstration, chemical experiments, and physics experiments related to density, magnetism, and heat conductivity. The electrode is suitable for single metal assemblies for voltaic cells or in various other chemical or electricity experiments.

Product Specifications

Applications and Benefits:

• Chemical experiments and physics experiments related to density, magnetism, and heat conductivity
• Electrochemical reactions, corrosion, oxidation, reduction, electrolysis, and electroplating studies
• Single metal assemblies for voltaic cells or other chemical and electricity experiments

Caution:

Warning: Metals have sharp edges. For professional use or use under supervision only.

Stainless Steel Electrode

Our Stainless Steel Electrodes are made of grade 314 stainless steel alloy, which is highly resistant to corrosion due to the content of nickel and chromium in its composition. These electrodes are suitable for various applications that require corrosion-resistant properties, including marine and chemical industries, and are available in individual packaging for convenience and protection.

Product Specifications

Applications and Benefits

• Marine industry applications
• Chemical industry applications
• Any application requiring corrosion-resistant properties

Key Features and Benefits

• Corrosion-resistant stainless steel electrodes
• Made of grade 314 stainless steel alloy
• Highly resistant to corrosion due to nickel and chromium content
• Individual packaging for convenience and protection

Caution:

These electrodes are suitable for use in environments that are prone to corrosion, such as in marine or chemical industries. Please ensure proper safety measures are taken when handling and using these electrodes in such environments.

Zinc Electrode, Flat, One Piece

The Zinc Electrode, Flat, One Piece is a high‑purity zinc sheet measuring 5 × ¾ in with a thickness range of 0.75 mm to 1 mm. It is stamped with the letters “Zn”, weighs 16 g, and is supplied as a single flat piece suitable for precise electricity and chemistry experiments as well as industrial die‑casting and alloy production.

Product Specifications

Applications and Benefits:

• Conduct controlled electrochemical reactions in laboratory electricity experiments
• Serve as a reactant or electrode in chemistry experiments requiring zinc
• Provide a reliable source material for zinc‑based die‑casting processes in automotive, electrical, and hardware industries
• Contribute zinc content for the production of alloys such as brass, nickel‑silver, and commercial bronze
• Suitable for inclusion in metal collection sets due to identifiable “Zn” stamping

Key Features and Benefits

• High‑purity zinc ensures consistent electrochemical performance
• Flat geometry and precise dimensions facilitate reproducible experimental setups
• Stamped “Zn” marking enables quick identification and inventory control
• Thickness range of 0.75 mm–1 mm balances mechanical strength with ease of handling
• Compact 5 × ¾ in size and 16 g weight allow easy storage and transport
• Malleable at 100 °C–150 °C, expanding usability for elevated‑temperature processes
• Compatible with a variety of industrial applications, including alloy formulation and die‑casting

Caution:

Zinc is brittle at ordinary temperatures but becomes malleable between 100 °C and 150 °C; handle with care, especially when working at elevated temperatures.