Discover the ins and outs of vape coils, from types and materials to compatibility and maintenance. Your comprehensive resource for vaping with confidence.
Types of Vape Coils
Standard coils, also known as mouth-to-lung (MTL) coils, have a resistance above 1 ohm. They provide a tighter draw, replicating the sensation of smoking a traditional cigarette. Standard coils are ideal for beginners and those who prefer a discreet vaping experience.
Sub-ohm coils have a resistance below 1 ohm, providing increased vapor production and more intense flavor. Designed for direct-to-lung (DTL) vaping, sub-ohm coils are favored by cloud chasers and experienced vapers looking for a more powerful hit.
Temperature Control Coils:
Temperature control (TC) coils allow you to set a specific temperature for your device, ensuring a consistent vaping experience. They help prevent dry hits and burnt wicks by regulating the coil’s temperature. TC coils typically use materials such as nickel, titanium, or stainless steel.
Mesh coils feature a metal mesh that covers the wick, providing a larger surface area for heating e-liquid. This results in faster ramp-up times, more even heating, and improved flavour and vapour production. Mesh coils often have a longer lifespan compared to standard wire coils.
Vape Coil Materials
Kanthal: A popular choice for its durability and affordability, Kanthal coils are suitable for wattage mode vaping and provide a consistent, even heat.
Nichrome: With a faster ramp-up time than Kanthal, Nichrome coils offer a smoother vaping experience but may not be suitable for users with nickel allergies.
Stainless Steel: Compatible with both wattage and temperature control modes, stainless steel coils deliver clean flavor and are less prone to oxidation.
Nickel: Pure nickel coils are exclusively used in temperature control vaping, offering excellent conductivity and temperature regulation but may cause allergic reactions in some users.
Titanium: Another option for temperature control vaping, titanium coils are highly responsive and resistant to oxidation but must be used with caution to prevent overheating.