Skip to content
Circuits Gallery
  • Home
  • BasicsExpand
    • Wiring
    • Op-Amp
    • Circuitry
    • Oscilloscope
    • Conductivity
    • Components
  • MicroControllerExpand
    • Arduino
    • PIC
    • Simulation
  • ProjectExpand
    • Using 555 Timer
  • DigitalExpand
    • Communication
  • Submit Project
Circuits Gallery
Home / Basics / Conductivity / Is Urea Conductive

Is Urea Conductive

Urea is considered a non-conductive material for its very low conductivity of 1.4 mS/cm. It is a bad conductor of electricity for both the aqueous state and a molten state.

Is Urea Conductive

Is Urea Conductive

Urea is a nitrogenous compound of a carbonyl group with two C-bound amine groups. Widely used as commercial fertilizer, it also has a role as a flour treatment agent, a human metabolite, a Daphnia Magna metabolite, a Saccharomyces cerevisiae metabolite, an Escherichia coli metabolite, a mouse metabolite, and much more.

Urea is considered a bad conductor of electricity for both aqueous state and molten state, as it has a weak conductivity. So, urea can be labeled as non-electrolytes. It shows a conductivity of 1.4 mS/cm which is quite low to conduct enough electricity.

As it is a covalent compound, it doesn’t ionize into positive and negative ions in an aqueous solution. Without any positive and negative ions, they cannot conduct electricity. So in a general scenario, it is not ionized. However, when heated it isomerizes to Cyanate which will contribute to conductivity. 

Does Urea Conduct Electricity

Both urea and the urea solution do not conduct electricity. The conductivity of urea is too low to fall under conductive material. Even though the urea solution does not conduct electricity, a solution with ammonia and carbonate does. 

Does Urea Increase Conductivity

Electrolytes increase with an increase in the ion concentration in an aqueous solution as there will be more charge carriers. As Urea is weak for both acid and base in water and it’s not a salt that disassociates into ions, it is considered non-electrolyte. And non-electrolytes do not increase conductivity in water solution. So, urea does not increase conductivity. 

Is Urea Formaldehyde a Good Electrical Conductor

Urea Formaldehyde is an excellent electrical conductor with the properties of high hardness and high toughness, often used for sturdy knock-resistant, scratch-resistant electrical fittings. However, insulating a home with urea-formaldehyde foam possesses risks of severe health problems due to poisoning from formaldehyde gas. 

Is Urea Soluble in Water

Urea is a polar compound so it’s highly soluble in both hot and cold water. The high electronegativity of the oxygen atom becomes partially negative and there is a partial positive charge on the carbon atom. 

The hydrogen atom of the water molecule forms a hydrogen bond with the partially negatively charged oxygen atom of urea. Because of the hydrogen bonds, it is very easily soluble in water. However, as the concentration increases, it becomes more difficult to dissolve.

To Conclude

To sum up, as a nonelectrolyte compound, Urea does not contribute much to the conduction of electricity. Even though it’s highly soluble in water, an aqueous solution of Urea does not increase conductivity either.

Table Of Contents
  1. Is Urea Conductive
  2. Does Urea Conduct Electricity
  3. Does Urea Increase Conductivity
  4. Is Urea Formaldehyde a Good Electrical Conductor
  5. Is Urea Soluble in Water
  6. To Conclude

Subscribe to our newsletter

& plug into

the world of circuits

    A seasoned electronics enthusiast, Charles Clark is a key contributor to Circuits Gallery. From basic components to advanced microcontroller projects, Charles simplifies complex concepts with ease. His writings are a blend of expertise and passion, making electronics accessible to all. Whether it's circuitry or digital communication, Charles is the voice you can trust.

    Facebook Twitter Instagram

    Recent Blogs

    • How to Make A 75 To 300 Ohm Matching Transformer
      How to Make A 75 To 300 Ohm Matching Transformer? | A Step by Step Guide for You
    • How to Download Circuit Wizard? | Procedure for Downloading the Latest Version
    • What Gauge Wire from Battery to Starter
      What Gauge Wire from Battery to Starter? | Choosing the Right Wire Gauge
    • What Does 50 Milliamps Look Like on a Multimeter
      What Does 50 Milliamps Look Like on a Multimeter? | Let’s Find Out
    • How Many Watts Does a 32 Inch TV Use
      How Many Watts Does a 32 Inch TV Use? | Find Out the Required Wattage for Different Brands
    • What Size Conduit for 122 Wire
      What Size Conduit for 12/2 Wire? | Choosing the Right Conduit for Your 12/2 Wire

    Browse Categories

    • Arduino
    • Basics
    • Circuitry
    • Communication
    • Components
    • Conductivity
    • Digital
    • How To
    • MicroController
    • Op-Amp
    • Oscilloscope
    • PIC
    • Project
    • Simulation
    • Using 555 Timer
    • Wiring
    Circuits Gallery
    Join Our Community:

    Quick Links

    • About Us
    • Privacy Policy
    • Terms and Conditions
    • Submit Your Project
    • Contact Us

    Our Story

    Our journey designing innovative devices had immersed us in convoluted electronics. We realized mastery doesn't require elite degrees or industry secrets—just knowledge presented coherently. We became devoted to unraveling even quantum-complex circuits, diagram by diagram, so anyone eager to learn can unlock these secrets. By simplifying electronics fundamentals, we hope to ignite innovation in generations to come.

    © Copyright 2025 Circuits Gallery | All Rights Reserved.

    • Home
    • Basics
      • Wiring
      • Op-Amp
      • Circuitry
      • Oscilloscope
      • Conductivity
      • Components
    • MicroController
      • Arduino
      • PIC
      • Simulation
    • Project
      • Using 555 Timer
    • Digital
      • Communication
    • Submit Project
    Search