KOLAMOON Zinc Wire 3mm Dia 1000mm Length High Purity 99.99% Rod

Description

Product Overview

KOLAMOON provides a high‑purity zinc wire rod designed for precision and reliability. Each rod measures 3mm in diameter and 1000mm in length, delivering 99.99% pure zinc content. The material offers excellent conductivity and corrosion resistance, making it suitable for scientific and industrial tasks.

Usage

This zinc rod is ideal for school science projects, laboratory experiments, and small‑scale industrial applications such as galvanic cells, alloy testing, and educational demonstrations. Its uniform size ensures consistent results, whether used by students, teachers, or hobbyists.

Why Choose Us

KOLAMOON guarantees high purity and strict quality control, ensuring each rod meets exact specifications. The product is backed by a reputable manufacturer with a track record in industrial and scientific supplies, providing confidence in performance and safety.

Key Features

• 99.99% pure zinc for superior conductivity and durability
• Precise 3mm diameter and 1000mm length for consistent experimental results
• Ideal for educational labs, science projects, and small industrial tasks
• Corrosion‑resistant material extends shelf life and usability
• Responsive customer support and easy return policy for peace of mind

FAQ

What is the purity level of the zinc wire?

The wire is 99.99% pure zinc, providing excellent electrical and chemical properties for scientific use.

Can this wire be used for galvanic cell experiments?

Yes, its high purity and consistent dimensions make it perfect for building reliable galvanic cells.

Is the product suitable for beginner students?

Absolutely, the rod is easy to handle and safe for classroom environments when standard safety guidelines are followed.

What is the packaging size?

The package measures 4.45 x 3.74 x 0.43 inches and weighs 1.76 ounces, making it convenient to store and transport.

Do you offer bulk discounts?

Contact KOLAMOON sales support for information on bulk pricing and availability.