Specifications Table
Product Material – Copper core with insulated PVC sheath
Product Size – 50cm length
Grade – Lab-grade, stackable
Application – Electrical circuit testing, lab experiments
Product Overview
The Banana Lead 2mm, 50cm Length Stackable is engineered for precision and durability in laboratory environments. Featuring a high-conductivity copper core encased in a flexible yet robust PVC insulation, this lead ensures minimal signal loss and maximum safety during electrical testing. The 2mm plug diameter guarantees compatibility with standard lab equipment, while the 50cm length provides ample reach without excess clutter. Its stackable design allows for organized and efficient workspace management, reducing tangling and improving workflow. The lead’s corrosion-resistant construction extends its lifespan, making it a cost-effective choice for frequent use. Whether used in physics labs, electronics workshops, or research setups, this banana lead delivers consistent performance with reliable connectivity. The insulated sheath prevents accidental short circuits, while the secure plug fit minimizes disconnections during experiments. Lightweight yet sturdy, it balances flexibility with structural integrity, ensuring ease of handling without compromising durability. Ideal for applications requiring repeated plugging and unplugging, this lead maintains its form and function over extended periods, reducing the need for replacements.
FAQs
1. What is the core material of this banana lead?
The core is made of high-purity copper for optimal conductivity and minimal resistance during electrical testing.
2. Can this lead be used with standard lab power supplies?
Yes, the 2mm plug diameter is compatible with most standard lab power supplies and testing equipment.
3. How does the stackable design help in lab setups?
The stackable feature allows multiple leads to be neatly organized, reducing workspace clutter and preventing tangling.
4. Is the PVC insulation heat-resistant?
The PVC sheath is designed to withstand moderate heat, ensuring safety during prolonged electrical experiments.
5. What makes this lead durable for frequent use?
The corrosion-resistant copper core and reinforced plug connections ensure longevity, even with repeated plugging and unplugging.