Replacement Coils / Heads

Replacement Coils / Heads are an essential part of any vape setup. They are responsible for heating the e-liquid and turning it into vapor, and they eventually wear out over time, requiring replacement to maintain a consistent and satisfying vaping experience. Whether you’re a beginner or an experienced vaper, understanding the different types of replacement coils, their design, and their resistance levels can help you get the best performance from your device.

What are Replacement Coils / Heads?

Replacement Coils / Heads are part of a vape device that contains the heating element, typically made of metal wire, which vaporizes the e-liquid when it is heated by power from the battery. Coils are generally encased in a housing or casing, which includes a wick that absorbs the e-liquid from the tank or pod. Over time, coils can wear out, leading to diminished flavor, vapor production, or a burnt taste. Regularly replacing the coil ensures optimal performance and a more satisfying vaping experience.

Our selection of Replacement Coils / Heads has something for every vaper. No matter what type of device you use, we have the perfect coil for your unique vaping needs, and from trusted brands that you know and love, such as SMOKtech, Geekvape, Freemax, Uwell, and more!

Different Types of Replacement Coils / Heads

Replacement coils come in various types, each designed for different vaping styles and devices.

Pod Cartridge Coils

Pod systems have become increasingly popular due to their convenience and portability. These devices use smaller, compact pods to hold the e-liquid, and replacement coils are typically integrated into the pod cartridge itself. The coil inside the pod is usually designed for lower wattage and is ideal for mouth-to-lung (MTL) vaping. These coils are often simple and easy to replace, making them perfect for beginners.

Pod cartridge coils are often available in different resistances to cater to various needs. For example, higher-resistance coils (above 1.0 ohms) are typically used for MTL vaping, producing a smoother throat hit with smaller vapor clouds, which mimic the sensation of smoking. Lower-resistance coils (under 1.0 ohms) can be used for direct-to-lung (DTL) vaping, producing larger vapor clouds and a more intense flavor.

Pod Tank Coils

Pod tank coils are similar to pod cartridge coils but are used in pod tanks, which offer more capacity for e-liquid and generally provide a more customizable experience. These coils are typically designed for use with a pod tank system and can handle higher wattages than pod cartridge coils. They are often available in both MTL and DTL options, giving vapers the flexibility to choose a coil that suits their vaping style.

Pod tank coils are designed for a longer lifespan and are often made with advanced materials like stainless steel or Kanthal. The resistance of these coils can range from high resistance (above 1.0 ohm) for MTL vaping to sub-ohm resistance (below 1.0 ohm) for DTL vaping.

Standard Tank Coils

Standard tank coils are used in larger, more powerful vape tanks, which are typically intended for cloud-chasing and high-performance vaping. These coils are designed for use with high-wattage devices and can handle more power, making them ideal for producing large vapor clouds and intense flavor.

These tank coils come in a variety of materials, including Kanthal, stainless steel, nichrome, and titanium. The choice of material affects the coil’s heating characteristics and compatibility with certain temperature control modes. Traditional coils are available in various shapes and sizes, such as single, dual, or even triple coils, which impact the amount of vapor and flavor production. These coils can be used for both MTL and DTL vaping, with lower resistance coils generally used for DTL vaping.

Sub-Ohm Coils

Sub-ohm coils are specifically designed for low-resistance vaping, usually below 1.0 ohms. These coils are ideal for DTL vaping and are popular among vapers who enjoy producing large vapor clouds. Sub-ohm coils are typically used with high-wattage devices that provide a greater amount of power, allowing the coil to heat up quickly and vaporize the e-liquid more efficiently.

Sub-ohm coils can be found in both traditional tanks and pod tanks, offering a variety of resistances to cater to different preferences. These coils tend to produce rich, intense flavor and huge clouds of vapor. They are often constructed with materials like Kanthal, stainless steel, or mesh to ensure a quick, even heat distribution, which enhances vapor production.

Coil Design: Shapes, Sizes, and Materials

Coil design plays a critical role in vaping performance

Shape and Size

Coils come in a range of shapes and sizes, each with a unique impact on performance. Common shapes include:

• Single Coil: A single wire wrapped into a coil. Single coils are great for beginners and lower wattage setups.
• Dual Coil: Two coils placed side by side in the same tank, doubling the surface area and enhancing vapor production and flavor.
• Mesh Coils: Mesh coils use a mesh sheet instead of traditional wire, increasing the surface area and ensuring even heating. Mesh coils are known for producing smoother flavor and larger vapor clouds.

The size of the coil also impacts the amount of vapor it can produce. Larger coils typically offer better vapor production but may require more power to operate.

Coil Materials

The material used in the coil can significantly affect its performance, resistance, and flavor production. Common coil materials include:

• Kanthal: A widely used material for coils due to its durability and reliability. It’s typically used in standard wattage settings.
• Stainless Steel: Known for its versatility, stainless steel coils can be used in both wattage and temperature control modes. They offer excellent flavor and efficiency.
• Nickel: Often used for temperature control vaping, nickel coils can heat up quickly but should only be used in devices with temperature control settings.
• Titanium: Another material used for temperature control, titanium coils provide a smooth vaping experience but require careful handling to avoid overheating.

Wicking Material

The wicking material is responsible for absorbing the e-liquid and delivering it to the coil. Common wicking materials include:

• Cotton: The most popular wicking material, cotton is easy to use and absorbs e-liquid efficiently.
• Ceramic: Ceramic wicks are used in some high-end coils and provide a clean, dry vape experience while lasting longer than cotton.

Resistance Levels

The resistance of a coil directly influences the amount of vapor it produces. Coils with lower resistance (sub-ohm) require more power to heat up, producing larger vapor clouds. Higher-resistance coils are ideal for MTL vaping, providing a more restricted draw and a smoother throat hit. Common resistance ranges include:

• High Resistance (above 1.0 ohms): Best for MTL vaping, offering a more cigarette-like experience.
• Low Resistance (under 1.0 ohms): Ideal for DTL vaping, producing larger clouds and intense flavor.