Brass Balls, 1/2 Inch Diameter

Brass Balls are 1/2 inch diameter balls made of brass. These balls are perfect for use in various industries such as automotive, aerospace, and manufacturing. Brass Balls are known for their durability and resistance to corrosion, making them ideal for applications that require strength and longevity. These balls are also commonly used in jewelry making and as decorative elements. Get your 1/2 inch diameter Brass Balls today and experience their quality and versatility.

Product Specifications

Note:

All dimensions listed are approximate and for general reference only. These products are not manufactured to scientific or precision-grade tolerances. Actual dimensions may vary up to ±5% from stated specifications due to manufacturing processes and environmental conditions. If your application requires exact measurements, please verify dimensions prior to buy.

Applications and Benefits:

• Artisans and craftsmen who require high-quality brass balls for their creations
• Engineering and manufacturing professionals who need precision brass balls for their products
• Jewelry makers who want to add a touch of elegance to their designs
• Collectors of unique and rare brass objects
• Individuals who appreciate the beauty and durability of brass materials
• Gift givers looking for a unique and practical present

Caution:

This item is a small solid brass sphere and may pose a risk of injury or choking hazard if misused. Not intended for children. Handle with care in mechanical or decorative setups.

Brass Electrodes

These high‑purity brass electrodes are composed of a 65 % copper and 35 % zinc alloy, each weighing 16 g and measuring 19 mm × 125 mm. Stamped with the identification code “BS” and supplied in individual packaging, they are suited for detailed physical and chemical investigations of brass alloys.

Product Specifications

Applications and Benefits:

• Investigating the physical and chemical properties of brass alloys in chemistry labs.
• Demonstrating alloy composition and conductivity in educational settings.
• Adding to personal or institutional collections of metal specimens.

Key Features and Benefits

• High‑purity brass ensures consistent experimental results.
• Precise dimensions (19 mm × 125 mm) facilitate standardized testing.
• Clear “BS” identification code simplifies sample tracking.
• Individual packaging protects each electrode from contamination.
• Sharp‑edge caution highlighted for safe handling.

Caution:

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

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.