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The Science Behind Vape Coils

the science behind vape coils.webp
What is the science behind vape coils and how does it work?…
A common question that’s always asked, is “how do they work?” We’ve written this blog to help you understand the science and technology behind coils and how they’re used in everybody’s day to day lives.
Lets start with the basics

Mesh Coils vs. Regular Vape Coils: What’s the Difference?

Understanding Vape Coils

Before we delve into the specifics, let’s quickly recap what vape coils are and how they work. A vape coil is essentially a metal wire wrapped around a cotton wick. When you press the fire button on your device, the battery sends an electric current to the coil, which heats up the wire and the cotton wick. The heated coil then vaporizes the e-liquid, creating the delightful vapor that you inhale.

Now, let’s compare the two main types of vape coils:

1. Regular Vape Coils

  • Also Known As: Round wire coils or standard coils.

  • Construction: Made of single or multiple strands of metal wire wrapped around a cotton wick in a spiral shape.

  • Variations:

    • Single Coil: Consists of one strand of wire.

    • Dual Coil: Features two strands of wire.

    • Triple Coil: Incorporates three strands of wire.

    • Parallel Coil: Utilizes two or more strands of wire wrapped parallel to each other.

    • Twisted Coil: Created by twisting two or more strands of wire together.

Regular vape coils have been around for quite some time and are well-suited for smaller pod mods. They deliver a smooth and satisfying vaping experience.

2. Mesh Coils

  • Innovation: Mesh coils are a relatively new development in the vaping industry.

  • Surface Area: Mesh coils have a flat surface that covers more area of the wick compared to regular coils, which have a round shape touching only certain points of the wick.

  • Performance Differences:

    • Vapor Production: Mesh coils excel in vapor production due to their larger surface area. More surface area means more vapor!

    • Flavour Quality: The increased surface area also enhances flavour payoff. Mesh coils tend to provide richer, more intense flavours.

    • Lifespan and Maintenance: Mesh coils generally last longer and have a lower chance of dry hits or burnt taste compared to regular coils.

Which One Should You Choose?

The choice between mesh coils and regular coils ultimately depends on your personal preference and the specifics of your vaping setup. Here are some considerations:

  • Mesh Coils: Opt for mesh coils if you prioritize robust vapor production and crave intense flavours. They heat up faster and more evenly, making them a popular choice among vapers seeking a powerful experience.

  • Regular Coils: Stick with regular coils if you prefer a smoother, more traditional vaping experience. They work well in various devices and are reliable for everyday use.

Ω Resistance In Coils Ω 
  • Ohm’s law is a formula that describes the relationship between voltage, current, and resistance in an electrical circuit. It can be written as V = IR, where V is voltage, I is current, and R is resistance.
  • Voltage is the force that pushes the electric charge through the circuit. It is measured in volts (V).
  • Current is the rate of flow of the electric charge through the circuit. It is measured in amperes (A) or amps.
  • Resistance is the opposition to the flow of the electric charge through the circuit. It is measured in ohms (Ω).
  • In vaping, the circuit consists of the battery, the coil, and the e-liquid. The battery provides the voltage, the coil provides the resistance, and the e-liquid provides the current.
  • The resistance of the coil depends on the type, length, and thickness of the wire used to make it. The lower the resistance, the more current can flow through the coil, and the more power is generated. The higher the resistance, the less current can flow through the coil, and the less power is generated.
  • The power of the vape affects the vapor production, flavour, and throat hit. The higher the power, the more vapor, flavour, and throat hit are produced. The lower the power, the less vapor, flavour, and throat hit are produced.

The rule of thumb behind resistance in coils is… If you want less vapour, go for a higher resistance coil. If you want more vapour, go for a low resistance coil.

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