In the latest article we have introduced different types of E-Nail heat coil. This time we are going discussed more in-depth. We all know E-Nail was born for bringing more convenient and precise to dab experience. But what exactly is an e-nail heat coil, and how does it work? Let’s break it down.

What is an E-Nail?

An E-Nail (short for "electric nail") is a device designed to heat dabbing surfaces, like a titanium or quartz nail, to precise temperatures. Unlike traditional methods of heating using a torch, e-nails rely on electricity, providing a safer and more consistent heating method. This technology allows dabbers to control temperatures more accurately, achieving the desired effects of concentrates without the risk of overheating.

The E-nail itself is a PID temperature controller, while heat coil is a core component that responsible for delivering heat to vaporize concentrates.

What Makes Up an E-Nail Heat Coil?

The heat coil in an e-nail system is typically made of high-resistance wire, such as nichrome or kanthal, materials known for their durability and heat tolerance. Some high-end e-nails also use titanium or stainless steel for the coil to further enhance durability and conductivity. 

The most of heat coil we see on the market are made by nichrome. Nichrome coils are made from an alloy of nickel and chromium, known for its excellent heat tolerance and durability. Nichrome has high resistance, which means it heats up quickly and reaches high temperatures efficiently. Nichrome coils are relatively affordable, making them popular in mid-range e-nails.

Kanthal is another popular material known for its strength and heat resistance. Made from iron, chromium, and aluminum, Kanthal coils are highly durable, holding up well under high temperatures without degrading. It’s common in e-nails that are designed for longer, sustained sessions due to its ability to retain heat effectively.

Stainless steel is a popular choice for its combination of high conductivity, durability, and heat retention. Many high-end e-nails use stainless steel for coils, as it provides rapid heating and cools down relatively quickly, offering more control for users who want to experiment with different temperatures.

Titanium is another premium material used in some e-nail coils due to its lightweight, strength, and excellent conductivity. It’s highly durable and can handle extended heating sessions without losing its structural integrity. Titanium also heats up very quickly, which is ideal for users who want to minimize wait time before each session.

How Does an E-Nail Heat Coil Work?

The e-nail’s control box is responsible for sending an electrical current through the heat coil. This current encounters resistance within the coil’s wire, creating heat. The level of heat produced can be controlled by adjusting the voltage or wattage in the control box, allowing users to set their ideal temperature.

Once the heat coil reaches the desired temperature, it maintains that level, transferring the heat directly to the nail. Since the coil stays heated as long as it’s connected to a power source, dabbers don’t have to worry about losing temperature mid-session – a huge improvement over traditional torch methods.

E-nail have changed the dabbing game by offering a convenient, reliable, and safer alternative to traditional methods. Understanding how these E-nail heat coils work can help you make an informed decision when choosing an e-nail setup that fits your needs. Whether you're new to e-nails or looking to upgrade, knowing the basics of the heat coil will ensure you get the best dabbing experience.