Vape Coils

The following table offers recommendations for the various coil types best suited to the different e-liquids including recommendations for the more popular vape kits.

Replacement coils should be changed every 1–2 weeks to maintain optimum flavour and performance, depending on your vaping style. Frequent vapers may need to replace coils more often, while occasional vapers may find coils last longer. Signs that your coil needs replacing include muted flavours, reduced vapour production, or an altered throat hit. Most vape kits have simple coil replacement methods outlined in the user manual. When installing a new coil, remember to prime it by dripping e-liquid directly onto the cotton holes.

Yes. Each vaping device supports specific coil resistances, and some advanced kits are compatible with a range of coils, allowing vapers to experiment with different vaping styles. Starter kits usually come with higher resistance coils around 1.0 ohms, which are ideal for mtl mouth to lung vaping with standard PG/VG e-liquids. Coils with lower resistances, often below 1.0 ohms, are suited for sub-ohm DTL vaping and high VG e-liquids. These lower resistance coils have larger juice holes, enhancing vapour production and delivering intense flavour.

The coil resistance (measured in ohm) and power settings of your vaping device are key to a good vape experience:

• Higher resistance coils (≥1.0 ohms): Best for mouth to lung vaping and moderate VG liquids. Start at lower wattages (10–20W) for consistent flavour with less vapour.

• Lower resistance or sub-ohm coils (<1.0 ohms): Ideal for DTL vaping and high VG e-liquids. Use higher wattages (40–60W) to achieve denser clouds and more intense flavour.

Always consult your vape kit manual for the recommended wattage range to prevent coil burn-out and maintain coil lifespan.

Mesh coils are a type of heating element used in vaping devices. Unlike traditional round wire coils, mesh coils are made of a finely woven mesh material, usually stainless steel or Kanthal, that resembles a small grid or mesh screen. The mesh design offers several advantages over traditional coils:

• Increased Surface Area: Mesh coils have a larger surface area compared to round wire coils. This increased surface area allows for more even heat distribution and faster ramp-up times, resulting in quicker vapour production.
• Improved Flavour: The larger surface area of mesh coils enhances the contact between the heating element and the e-liquid. This improved contact helps to produce more intense and accurate flavour profiles from your e-juice.
• Consistent Heating: Mesh coils provide a uniform heating experience across the entire surface area. This uniform heating helps to eliminate hot spots and provides a smoother and more consistent vape.
• Longer Lifespan: Due to the larger surface area and even heat distribution, mesh coils tend to last longer than traditional ones. They often require less power to achieve satisfying vapour production, which can reduce stress on the coil and prolong its lifespan.
• Increased Vapour Production: The increased surface area and faster heating of mesh coils allow for larger vapour production. This makes mesh coils particularly popular among cloud chasers and vapers who enjoy denser clouds.

Mesh coils have gained popularity in the vaping community for their ability to deliver enhanced flavour, smoother hits, and increased vapour production. They can be found in various types of vaping devices, including sub-Ohm tanks, rebuildable atomizers (RDAs/RTAs), and pod systems.

Important note: If you're unsure which coils you can use, consult your manual. All the kits we sell have details about the coils supplied with the device so you can judge if it will be suitable for the type of liquid and vaping style that you prefer.

Popular coil types for sub-ohm vaping include:

• Kanthal Coils: Kanthal is a widely used coil material known for its durability and excellent heat resistance. It provides a consistent vaping experience and is suitable for both flavour and cloud production.

• Stainless Steel (SS) Coils: Stainless steel coils offer versatility as they can be used in wattage and temperature control modes. SS coils provide a clean flavour profile and can produce good vapour production.

• Nickel (Ni200) Coils: Nickel coils are primarily used in temperature control mode due to their high-temperature coefficient of resistance. They offer precise temperature control and are generally used for flavour-focused vaping.

• Titanium (Ti) Coils: Titanium coils are another option for temperature control mode. They offer fast ramp-up times and can provide a clean flavour profile. However, it's essential to use them carefully to prevent overheating and potential health risks.

• Nichrome (Ni80) Coils: Nichrome coils heat up quickly and offer a balance between flavour and vapour production. They have a lower resistance compared to Kanthal, making them suitable for sub-Ohm vaping.

Coil resistances, power settings, and heating elements all combine to define the overall vape experience. Experimenting with different coils designed for your device and preferred e-liquid type helps you find the perfect match for your vaping style.

Even with proper care, coils can present issues:

• Burnt taste: Caused by dry or overused coils, or too high wattage.

• Leaking: Occurs if coils are incompatible with the device or if e-liquids are too thin.

• Gurgling or spitting: Often from overfilling or improper power settings.

• Short coil lifespan: Frequent with sweet or high VG e-liquids and chain vaping.

• Poor flavour: Develops as residue builds up, reducing the vaping experience.

Using the correct coil resistance, proper wattage, and compatible e-liquids will reduce these problems and prolong coil life.