Electrodes With Binding Posts

Name: Electrodes With Binding Posts
Brand: SADANA BROTHERS

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MOQ : 10 Pieces

Electrodes With Binding Posts Specification

Usage
For Laboratory and College Purpose

Product Type
Electrodes Flat

Material
Aluminium, Carbon, Copper and Zinc

Size
125 x 50 MM

Feature
Long Working Life and High Strength

Color
Red and White

Electrodes With Binding Posts Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID), Cash Advance (CA)

Supply Ability
500 Pieces Per Day

Delivery Time
1 Week

Packaging Details
Carton Box

Main Export Market(s)
Western Europe, Middle East, Eastern Europe, South America, Asia, Central America, North America, Australia, Africa

Main Domestic Market
All India

About Electrodes With Binding Posts

Electrodes With Binding Posts

Size (I x w), 125 x 50mm with 4mm socket binding post terminal.

Material	Cat. No.
Aluminium	3151-21
Carbon	3151-22
Copper	3151-23
Iron	3151-24
Lead	3151-25
Zinc	3151-26

Durable and Versatile Laboratory Electrodes

Engineered for repeated use in educational and laboratory environments, our electrodes with binding posts combine durable materials with robust design. Their long working life and high-strength build make them ideal for demonstrations, experiments, and research applications. By using premium aluminium, carbon, copper, and zinc, we ensure consistent performance and reliability.

Designed for Ease of Use and Clarity

With a practical size of 125 x 50 mm and distinct red and white color options, these electrodes are easy to handle and identify during experiments. The binding post system allows for quick and secure connections, streamlining your laboratory work and reducing setup times, thus supporting efficient scientific investigation.

FAQs of Electrodes With Binding Posts:

Q: How are the electrodes with binding posts used in laboratory and college experiments?

A: These electrodes are utilized to facilitate electrical conductivity in various scientific and educational experiments. Their binding posts allow for easy connection to circuits or measurement devices, providing a stable and secure interface for accurate demonstrations and research activities.

Q: What materials are the electrodes made from and why are they chosen?

A: Our electrodes are made from aluminium, carbon, copper, and zinc. These materials are selected for their excellent conductive properties, durability, and suitability for a wide range of laboratory applications, ensuring reliable performance and extended service life.

Q: When should I use these electrodes with binding posts in laboratory settings?

A: These electrodes are ideal for use during physics, chemistry, and electrical demonstrations or experiments that require robust and stable connections. They are commonly employed in educational institutions and research laboratories for routine and advanced scientific tasks.

Q: Where are these electrodes manufactured and exported from?

A: The electrodes are manufactured and exported from India by a reputable producer known for quality laboratory equipment. We serve clients globally, catering especially to institutions in need of reliable experimental tools.

Q: What is the process for connecting these electrodes in an experimental setup?

A: To use the electrodes, simply attach the desired wires or leads to the binding posts. This secure connection enables smooth current flow and accurate results during measurements or experiments, enhancing both ease and efficiency.

Q: What benefits do these electrodes offer over standard electrode options?

A: They provide high strength, a long working life, and superior conductivity due to their premium material composition. Their identifiable red and white colors also aid in proper circuit configuration and reduce setup errors during experimentation.

Q: Can these electrodes be easily identified and reused for multiple experiments?

A: Yes, the color-coded (red and white) design makes identification straightforward, while the robust materials ensure they can be reused for multiple sessions without loss of performance.

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