This Store only sells UK regulated devices and e-liquids.
The safety and quality of these products has been checked by the Medicines and Healthcare Products Agency (MHRA).

Strength

Choosing the correct strength is extremely important when it comes to switching from cigarettes to vaping. Following often incorrect and inconsistent information about strengths is what leads to so many failing to make the switch successfully.

Tobacco contains nicotine (an alkaloid; usually considered the addictive element in Tobacco) and other addictive alkaloids such as Anabasine, Cotinine and Anatabine.

E-liquid also contains nicotine, however it does not contain these other addictive alkaloids often found in cigarettes.

As such, is it suggested in some research, that vaping may not be as addictive as smoking.

E-liquid nicotine strength is measured in mg.
You will also often see the strength represented as a percentage.

For example:

• 0mg: 0%  click here for 0mg products
• 3mg: 0.3%  click here for 3mg products
• 12mg: 1.2%  click here for 12mg products
• 18mg: 1.8%  click here for 18mg products
• 20mg: 2%  click here for 20mg products

With 20mg (or 2%) being the maximum allowed strength in the UK.
However the maximum strength most commonly found on the shelves in the UK will be 18mg.

The main factors in deciding what strength to start with:

The strength of cigarettes you smoke
How many cigarettes do you smoke a day

The main factors in deciding what strength to start with:

• The strength of cigarettes you smoke
• How many cigarettes do you smoke a day

Choosing E-liquid strength based on the amount of cigarettes smoked per day:

Cigarettes Per Day  /  E-Liquid Nicotine (mg/ml)

40+  /  20mg
20-30  /  16-18mg
15-20  /  8-12mg
8-15  /  6-8mg
1-8  /  3-6mg

This is only a rough guide as different ‘kits’ emit different amounts of vapour (per puff).

It is unlikely you will get the right strength and kit that will work best for you first time, as such experimentation is the key to successfully making the switch from cigarettes to vaping.

If you are still unsure about how to get started, the best thing to do is to ask for advice in store.

Coil Priming

Introduction:

Not priming a coil before use can lead to a burnt taste. After purchasing some of your favourite e-liquid this can lead to disappointment.

There are a number of factors which can cause a burnt coil. The number one reason is failing to prime the coil correctly.

What is Coil Priming?

The coil is the heating element in your vape device.
Priming the coil ensures that enough e-liquid is soaked into the coil.
This ensures that the coil does not burn out when heat is applied it.

Coils have a resistance which is measured in ohms (Ω).
The lower the resistance the more cotton/wicking the coil with have.
This increased wicking material will lead to more potential for dry spots on the cotton and therefore an increased chance of burning it.

Therefore, since higher resistance coils have less wicking material they will last a lot longer.

Priming pre-filled pods and cartridges:

Pre-filled pods and disposable cartridges do not usually need to be primed.
They have already had enough exposure to e-liquid which ensures that the coil is saturated.

Some pre-filled pods are designed to keep the e-liquid separate from the coil until ready to be used. These should be allowed to stand for a few minutes before use.

Priming fixed coil pods and tanks:

Fixed coil pods and tanks will likely have high resistance coils.

With devices that have a fixed coil it is best to stand the device upright and leave it for five minutes; ensuring that the e-liquid has had enough contact with the coil before use.

Priming removable coils:

If you are using a high resistance coil (1.2 Ω and above), you can simply leave it in the tank and allow the e-liquid to soak into the coil.

Alternatively you can remove the coil and prime it by hand.

Remove the coil and observe the holes. Some with be exposed wicking material. There will be also a hole at the top of the coil.

Apply some e-liquid to the exposed wicking material until it is saturated. Then apply some into the hole at the top.

When you have finished doing this, you should still leave the coil to soak for a few minutes before use.

Prime sub-ohm coils:

Coils with a resistance lower than 1 Ω ( known as sub-ohm coils) need to have extra care taken when priming.

If you are using high power levels and a low resistance coils, extra care will need to be taken.

Remove the coil and observe the holes. Some with be exposed wicking material. There will be also a hole at the top of the coil.
Apply plenty of e-liquid to the exposed wicking material until it is saturated. Then apply plenty into the hole at the top.
Leave the coil to soak for five minutes before use.

When using very low resistance coils (0.15 Ω for example) it is recommended to leave the coil to soak for ten minutes or longer.

Before first use, it can be a good idea to take a couple of priming puffs.
This is done by inhaling without pressing the power button.
This will draw the e-liquid into the coil.
Doing this two of three times should be enough. You want to be careful not to flood the coil.

E-Liquids

Introduction:

When it comes to choosing the best E-Liquid, there is a huge variety of choice and a lot of terminology to be aware of.

There are many factors that will determine what is the best e-liquid choice for you.

Terminology:

PG:
Propylene glycol. Thinner than VG. Creates more of a throat hit.

VG:
Vegetable glycerine. Thicker than PG. Sweeter and smoother on the throat.

Short-fill:
A large bottle of e-liquid that contains 0 nicotine. There will be a space at the top of the bottle to add a nicotine shot.

Nicotine shot:
A small bottle of flavourless e-liquid that is added to a short-fill. Also referred to as freebase e-liquid.

Nicotine salts:
The same as a nicotine shot but uses the salts found in tobacco leaves to create a smoother throat hit.

Hybrid e-liquids:
Contains both salts and freebase e-liquid.

A strong throat hit:

If you have just quit smoking, you may be looking to replicate a throat it similar to that of a cigarette.
For this you need an e liquid with plenty of propylene glycol.

A VG:PG ratio of 50:50 well give enough of a throat hit for most smokers. However, if you are looking for an either stronger hit you may want to look for a VG PG ratio of 4060 or higher.

When using a high PG e-liquid for the first time, it is recommended to take a long drag but not allowing too much are in as this can cause coughing.

When using high PG v&a high nicotine e-liquid, it is best to use hardware that is designed for mouth to lung vaping.

A smooth throat:

One way to get a smoother throat it is to use nicotine salts. using nicotine salts will also increase the speed of nicotine delivery.

Higher VG e-liquid can also be used to minimise the throat hit.
We recommend you use more advanced equipment when using high VG e-liquids.

Cigarette style vape:

There are two options for replacing the feeling of a cigarette.

One way is to use a combination of nicotine salt and regular e-liquid. This can produce a very realistic smoking experience.

Using an e liquid with more propylene glycol, a VG:PG ratio of 50:50 or higher will give a similar throat hit to that of a cigarette. This is best used with pod systems and lower power devices.

Open pod systems and starter kits:

Starter kits and pod systems are usually designed for use with higher PG ratios: VG:PG 50:50.
If the resistance of your coil is above 1 ohm, you are usually best off using a high PG e-liquid.

Higher VG ratio:

With higher VG ratio, such as VG:PG 70:30 or 80:20, it is recommended that you use more advanced kits. This is because the battery needs to provide more power plus the coil in your tank needs to be built to handle higher power and a thicker e-liquid.

When using high VG e-liquid it is recommended to use coils with a lower resistance, typically well below 1 ohm and with wider holes in the coil to help absorb the e-liquid.

Vape Batteries

Introduction:

Halo Cigalike and pen-style devices have a fixed internal battery.

Larger devices are most likely to have a separate section to the ‘vape’ part that holds the battery; sometimes referred to as a ‘mod’.

Automatic and manual batteries:

With an automatic battery device, when you inhale a sensor detects the rush of air and activates the battery.
with a manual battery, you press a button to activate the battery.
Some devices have both auto and manual operation modes.

Performance of the battery is generally better with manual options.

Automatic batteries are generally easier to use and require a shorter charging time.
There will be sometimes a delay between puffing and inhaling the vapour.

Manual batteries will have more power, producing more vapour and thus producing a better ‘throat hit.
They will offer more controls and features, longer life and can be turned on and off.

Variable wattage

Variable wattage (or voltage) batteries allow you to increase or decrease the wattage provided by the battery.
There are several common types of variable wattage battery on the market today.

Some devices offer other functions such as temperature control or a ‘bypass control’ which delivers full power of the battery to the coil.
Bigger devices will have a larger capacity and often have a wider wattage range.

Finding the correct wattage will depend on the coil/tank you are using, the vape juice and personal preferences.

Coils and wattage:

As coils come in different resistances, It’s important to select the right wattage for the resistance you are using.

Coils with the same resistances can sometimes require different wattages.

As such we always recommended you refer to the manufacturer’s instructions when purchasing new coils for your device.

Some devices offer temperature control (TC). This refers to the device, not the battery.
TC uses predictable changes in coil resistances to maintain your coil at a constant temperature which helps prevent your coil from burning out.

Coils and wattage:

As coils come in different resistances, It’s important to select the right wattage for the resistance you are using.

Coils with the same resistances can sometimes require different wattages.

As such we always recommended you refer to the manufacturer’s instructions when purchasing new coils for your device.

Some devices offer temperature control (TC). This refers to the device, not the battery.
TC uses predictable changes in coil resistances to maintain your coil at a constant temperature which helps prevent your coil from burning out.

Some devices allow on-board charging of batteries that are purchased separately. With these types of batteries there may also be options to charge them outside of your device using a battery charger. This allows you to charge spare batteries whilst continuing to use your device. This can be an advantage when you are outside of the house and away from a point where you can charge your device.

When the battery degrades, you can simply change the battery instead of buying a whole new device.

Battery capacity:

Battery capacity is a measure of battery life on a single charge. On your device this will be measured in milliamp hours (mAh).
Higher mAh rating means higher battery capacity.

Battery capacity is also affected by the coil used (resistance) and the voltage output of the device.

Battery life:

Determining the life of a battery depends on many factors; such as the frequency and lengths of your inhales, how you charge and how well you maintain your device, battery size, voltage/wattage used and the coil you are using with your tank.

A lower resistance coil will use more power but the battery won’t last as long. Taking shorter drags as opposed to very long drags also drain your battery faster.

Maximising the life of vape batteries

Most vape batteries are designed to be used daily and regularly. If you do intend to store your battery for any length of time, store it in a cool dark place. Also try to make sure it has at least 40 to 50% charge allowing for some discharge time I’m and enough power HR2 keep the protection circuit alive. We would recommend storing your battery on a full charge.

We recommend not fully charging or fully discharging the battery. Charging the battery to 90% and letting it discharge to around 20% offers the best battery life.

Do not charge the battery too often (adding a little bit of charge now and then). This may also extend the life of your battery.

When you are not using your device such as while travelling or overnight, it is best to turn the device off. Leaving the device on not only drains the battery but can also ruin the coil.

Keep your device out of high temperatures such as direct sunlight. It is not recommended to let the battery get too hot as it can contribute to general wear and tear.

We recommend using a case to protect your device and battery batteries. It is easy for your device to get banged around and pick up dust and fluff from inside your pockets full stop as such it is best to carry your device in a protective case in order to avoid this.
We we recommend you to not use any cases made with metal. If your device touches anything metal it could cause a short.

Battery safety:

Lithium ion batteries contain many highly flammable and volatile elements. Overheating and exposure to water can cause an explosion.
The design of modern devices that use lithium ion batteries fortunately mean that explosions are very very rare are. An estimated 1 in 10 million according to some studies.
An overheating battery can still lead to many other problems. As such it is always best to avoid letting the battery get too hot.

Modern vape batteries come with a number of safeguards built-in.
When a battery does go wrong, it is designed to vent, not explode. This will make you jump but the damage will be limited.
They are designed with an overcharge protection circuit that senses when too much voltage is being pushed into the battery and then stops it from taking any more charge.