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Conductivity apparatus

Conductivity apparatus

Product Details:

  • Control Type Manual
  • Features High Quality
  • Material Plastic & Glass
  • Application Laboratory
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Conductivity apparatus Price And Quantity

  • 1 Piece
  • mS/cm
  • Approx 500 grams
  • 2
  • Room Temperature to 80C
  • Stainless Steel
  • White Base with Transparent Components
  • Conductivity Cell, Connecting Wires, Instruction Manual

Conductivity apparatus Product Specifications

  • Plastic & Glass
  • Manual
  • High Quality
  • Laboratory
  • mS/cm
  • Approx 500 grams
  • 2
  • Room Temperature to 80C
  • Stainless Steel
  • White Base with Transparent Components
  • Conductivity Cell, Connecting Wires, Instruction Manual

Conductivity apparatus Trade Information

  • 100 Piece Per Month
  • 7 Days

Product Description

Over the years, we have developed high-technology facilities and sophisticated methodologies for manufacturing and supplying Conductivity Apparatus. This apparatus is used to determine thermal conductivity of varied materials. Our diligent manpower uses optimum quality materials sourced from the trusted vendors to manufacture the apparatus. To provide a flawless range to the clients we check the Conductivity Apparatus on certain quality parameters. We offer our apparatus at the affordable price.

Features:

  • Maintenance free

  • Long service life

  • Easy to operate

Specifications:

The apparatus consists of a fabricated transparent acrylic stand supporting three cells in the form of 50 ml glass beakers. Electrodes are suspended into the cells, each having a low voltage lamp in series to indicate the current flowing. The three cells and lamps, as a group are connected in parallel and provided with a pair of 4 mm sockets for connection to the external supply. The lamps provided will allow operation on a supply of up to 12V D.C. Dimensions are 215mmx155mmx115mm widthxdepthxheight.



Simple and Practical Design

Crafted with a white base and transparent components, this conductivity apparatus is easy to use and clean. Its robust plastic and glass construction ensures durability while allowing clear visibility for demonstrations. The inclusion of stainless steel electrodes guarantees reliable results during experiments.


Comprehensive Kit for Ease of Use

The apparatus includes all necessary accessories: a conductivity cell, connecting wires, and a detailed instruction manual. This complete set enables quick setup and immediate use in educational settings, aiding both teachers and students in carrying out conductivity experiments efficiently.


Versatile Temperature Range

Engineered to operate from room temperature up to 80C, the conductivity apparatus is suitable for a variety of solution-based experiments. This temperature range provides flexibility in testing the conductivity of different liquids, making the apparatus suitable for wide academic use.

FAQs of Conductivity apparatus:


Q: How does the conductivity apparatus work in a laboratory setting?

A: The apparatus uses two stainless steel electrodes to measure the conductivity of various liquid solutions. By immersing the electrodes in a solution and connecting the apparatus with the included wires, users can observe any current flow, directly demonstrating the conductivity.

Q: What is included in the Conductivity Apparatus kit?

A: The kit comprises a conductivity cell, two stainless steel electrodes, connecting wires, and a detailed instruction manual to guide users through the setup and experimental process.

Q: When should the conductivity apparatus be used in experiments?

A: It should be used whenever you need to demonstrate or test the electrical conductivity of liquids, making it ideal for chemistry and physics lessons, especially when teaching about ions and electrolytic solutions.

Q: Where is this apparatus most commonly used?

A: This apparatus is commonly used in educational settings such as schools, colleges, and teaching laboratories in India, where hands-on scientific demonstrations are required.

Q: What is the advantage of having a wide operating temperature range?

A: The apparatus can be used with solutions at room temperature up to 80C, allowing for a variety of experiments with different substances and conditions, increasing its versatility in the lab.

Q: What benefits do the stainless steel electrodes offer?

A: Stainless steel electrodes provide corrosion resistance, durability, and consistent performance during repeated laboratory use, making them suitable for educational environments.

Q: How accurate are the conductivity measurements with this apparatus?

A: While designed for educational purposes and demonstrating conductivity concepts, the measurements are reliable for classroom experiments, supporting learning rather than precise industrial quantification.

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