Collection: Wholesale Replacement Pods & Vape Coils

Coils are usually made from kanthal but there are also other options now available. The electrical resistance of the coil is one factor that influences the efficiency of the vaporisation process.

What are the different types of vape coil?

Depending on your customers' vaping needs, there are several different types of coils available. Each has its own benefits. As a general rule, high resistance coils result in a cooler vapour with smaller clouds than lower resistance coils.

Some different types of coil include: ceramic coils (commended for their flavour production), stainless steel coils (longer lasting), titanium coils (malleable and good at bringing out clean and crisp flavours), nickel coils (low resistance), and nichrome alloy coils (fast-heating and consistent flavour production). There are also sub-ohm coils and plus-ohm coils available that are designed for use with the relevant devices.

What is the best way to store vape coils?

Storing vape coils in the right manner is crucial to maintain their longevity and performance. The ideal location to store your vape coils is in a cool, dry place, away from direct sunlight. Excessive heat or moisture can degrade the materials used in the coil, particularly the wicking material, which can result in a less than ideal vaping experience.

Additionally, you should aim to keep them in a clean, dust-free environment, as dust can clog up the coil, affecting its performance and potentially causing it to burn out more quickly. If the vape coils come in airtight packaging, it's advisable to keep them sealed until use to prevent exposure to outside elements.

Can vape coils be recycled?

The recyclability of vape coils depends on their construction. The metallic parts of the coil, usually made from materials like kanthal, stainless steel, nickel, or titanium, might be recyclable depending on your local recycling guidelines. However, the wicking material within the coil, which is often made from cotton, is generally not recyclable.

Additionally, due to the small size of vape coils and their mixed material construction, they may not be accepted by conventional recycling programs. It's always best to check with your local waste management facility for specific guidelines.

What materials are vape coils made from?

Vape coils are typically constructed from a few key materials. The actual coil part, which heats up to vaporise the e-liquid, is usually made from a type of resistant wire such as kanthal, stainless steel, nickel, or titanium. Each of these materials has its own characteristics in terms of heat resistance and compatibility with different types of devices or vaping modes.

The wicking material, which absorbs the e-liquid to be vaporised, is typically made from organic cotton due to its excellent absorption capabilities. However, other materials, like ceramic or silica, can also be used for wicking in certain types of coils.

How long do vape coils last?

The lifespan of vape coils can vary widely based on several factors including usage, type of e-liquid, and the power settings on your device. However, on average, a vape coil will last between one to four weeks before it needs to be replaced. Heavier vapers may find that their coils only last a week or less, while lighter vapers could get several weeks out of a coil. The type of e-liquid used can also affect the coil's lifespan.

For instance, sweeter e-liquids that contain a high level of VG (vegetable glycerin) can cause quicker coil degradation due to build-up on the coil.

What is the most popular type of vape coil?

The popularity of a particular type of vape coil often depends on the specific needs and preferences of the vaper. However, mesh and kanthal coils are among the most popular due to their ease of use and versatility. They have a balanced heat resistance and are compatible with variable wattage modes, making them an excellent choice for both beginner and experienced vapers. They are also known for their durability, which can extend the lifespan of the coil and result in a more cost-effective vaping solution.

What are the signs of a faulty vape coil?

Several signs can indicate a faulty or worn-out vape coil. One of the most noticeable is a burnt taste when vaping. This is usually the result of the wicking material inside the coil getting overheated or dried out. Reduced vapour production is another common sign that a coil may be on its last legs. Other symptoms can include leaking from the device, the device not firing correctly, or experiencing a gurgling sound during use. Finally, if your e-liquid tastes off or unusual, it could be an indication that your coil needs replacing.

Are there risks associated with old vape coils?

While using an old or burnt-out vape coil isn't necessarily harmful to your health, it can certainly lead to a poor vaping experience. Inhaling from a burnt-out coil can produce an unpleasant burnt taste. Additionally, if the coil isn't vaporising the e-liquid efficiently, you could be inhaling larger droplets of e-liquid, which could lead to discomfort or coughing. Therefore, it's recommended to replace coils as soon as they show signs of being worn out or faulty, not only for the quality of your vaping experience but also for your overall comfort.

What factors influence the lifespan of a vape coil?

The lifespan of a vape coil is influenced by several factors. The type of e-liquid used can have a significant impact. For example, sweeter e-liquids or those with a higher VG (vegetable glycerin) content can cause faster buildup on the coil, leading to a shorter lifespan. The frequency of vaping also plays a role; naturally, the more you vape, the quicker your coil will need replacing. The power settings on your device can also affect coil life. Using a high wattage setting can cause the coil to burn out faster. Finally, the quality of the coil itself and how well it's been maintained can also influence its longevity.

Can vape coils be cleaned?

Some types of vape coils can be cleaned, which can extend their lifespan. This typically involves rinsing the coil under warm (not hot) water to remove any e-liquid buildup. After rinsing, the coil should be left to dry completely before being used again, as using a wet coil can cause damage to your device. It's important to note, however, that this cleaning method isn't always effective, particularly for heavily used coils or those that have been burnt out. For these, replacement is typically the better option.

What is the difference between a standard coil and a sub-ohm coil?

The primary difference between a standard coil and a sub-ohm coil is the resistance. Standard coils, often called "above-ohm" or "high resistance" coils, have a resistance of 1 ohm or more. They use less power and produce less vapour, making them ideal for mouth-to-lung (MTL) vaping, which closely mimics the action of smoking a traditional cigarette.

On the other hand, sub-ohm coils have a resistance of less than 1 ohm. They use more power and produce more vapour, making them a popular choice for direct-to-lung (DTL) vaping and cloud chasing.

Can I get custom-made vape coils?

Yes, it's possible to get custom-made vape coils. This option is typically more popular among experienced vapers, as custom coils allow for greater control over your vaping experience. However, they usually require a rebuildable atomiser (RBA), which requires a good understanding of ohm's law and battery safety. For new or casual vapers, pre-made coils are usually the safest and most convenient choice.

How does temperature control work with different types of vape coils?

Temperature control is a feature on some vape devices that allows you to set a specific temperature for your coil to reach, preventing overheating and providing a consistent vape. However, not all types of coils are compatible with temperature control. Nickel, titanium, and stainless steel coils can typically be used with temperature control, as the resistance of these materials changes predictably with temperature. Kanthal and Nichrome coils, on the other hand, do not have a resistance that changes significantly with temperature, so they're not suitable for temp-controlled vaping.

How do vape coils affect battery life in a vape device?

The resistance of the coil can significantly impact the battery life of your vape device. Lower resistance coils (like sub-ohm coils) require more power to heat up, which can drain your battery faster. Higher resistance coils require less power, which can prolong battery life. However, other factors like your device's wattage setting and how frequently you vape can also impact battery life.

How do I properly prime a vape coil?

To prime a vape coil, start by adding a few drops of e-liquid directly onto the cotton in the coil to saturate it. Then install the coil into your tank and fill the tank with e-liquid. Wait for about 5-10 minutes before you start vaping. This allows the e-liquid to fully saturate the coil, preventing a dry hit or burning out the coil. Some vapers also take a few dry pulls (inhaling without firing the device) to help draw e-liquid into the coil.

What are mesh coils, and why are they used?

Mesh coils are a type of coil where a metal mesh is used in place of the traditional wire. The main advantage of mesh coils is that they have a larger surface area, which allows for more e-liquid to come into contact with the coil at once. This can result in better flavour production and larger vapour clouds. Mesh coils also heat up more evenly than traditional wire coils, reducing the chance of hot spots and increasing the lifespan of the coil.

What are ceramic coils, and why are they used?

Ceramic coils use a ceramic wicking material instead of the traditional cotton. Ceramic is more heat resistant than cotton, allowing the coil to withstand higher temperatures without burning. This can result in a cleaner, purer flavour from your e-liquid. Ceramic coils are also known to last longer than cotton coils, as they resist gunking up or burning out.

Are there vape coils specially designed for CBD oils?

Yes, there are coils specifically designed for vaping CBD oils. These are typically higher resistance coils with a focus on flavour rather than vapour production. This is because CBD oils require lower temperatures to vaporise compared to regular e-liquids, and producing large clouds can be wasteful as the aim is to absorb the CBD, not exhale it.

What are the potential challenges when replacing vape coils?

Replacing vape coils can present several challenges, particularly for new vapers. One potential issue is selecting the right coil for your device and vaping style. Not all coils are compatible with all devices, and using the wrong coil can damage your device or lead to a poor vaping experience. Another challenge is properly installing and priming the coil. If the coil is not installed correctly, it can cause leaking or poor performance.

Are there specific vape coils designed for cloud chasing?

Yes, certain types of coils are designed for cloud chasing. These are typically low resistance (sub-ohm) coils, which heat up quickly and produce large amounts of vapour. Mesh coils are also popular for cloud chasing due to their larger surface area, which can produce even bigger clouds.

How long do vape coils last?

How long vape coils last is largely dependent on the usage - but they are not intended to be reusable. Between two and four weeks would appear to be the 'average'. At this point, the cotton (or other absorbent material) will be unable to effectively soak up the e-liquid and the flavour will be corrupted. Many newer vapers do not realise this, and end up wondering why the taste has gone.

How do you know if/when a coil needs changing?

There are some key signs that a coil needs changing and has reached the end of its life. The first is that the taste will change - and not in a good way! A 'dying' coil may result in the flavour being diluted, mixed, or just seeming a bit strange. A totally dead coil will result in an unpleasant, acrid taste. The second is that the vape may start to gurgle; this is a clear sign of a need to change the coil. The third indication is that the amount of vapour produced will be much less than usual.

What are DIY vape coils?

DIY vape coils are coils that you build yourself. This involves shaping a piece of resistance wire into a coil, attaching it to your device's build deck, and adding a piece of wicking material. DIY coils allow you to customise your vaping experience, as you can control factors like coil resistance, the number of coils, and the type of wicking material used. However, building your own coils requires a good understanding of ohm's law and battery saftey.