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Answer the questions:
Do I have a discarded container from an old candle into which I will put my new wick and pour melted wax? What is the shape of this container? What are its dimensions?
Do I want a freestanding candle, such as a candle made from wrapped beeswax, or a candle removed from a silicone mold?
What type of wax will I use for my candle? What is its melting temperature?
Most of the wicks in our shop are 12 cm long, which is a standard length suitable for most candles. The exception to this are the tea light candle wicks which are shorter at 4cm. However, the length of the wick does not determine its strength or what type of candle it is suitable for. If the wick is too long for your candle, simply trim it with scissors.
When choosing a wick, don't be fooled by the numbers in the label - a higher number means a stronger wick that is suitable for larger candle diameters, not the length of the wick in centimetres.
Proper wick selection for a particular wax helps to extend burn time and ensures that the candle burns evenly and efficiently, without wasting wax or weakening the scent.
If you are preparing your candle in a container, start by measuring the diameter of the container. The goal is that as the candle burns, it will form a "pool" - a layer of melted wax - that extends to the edges of the container. The pool is important because it is from this pool that the wax reaches the flame along the wick. If the diameter of the pool were smaller than the diameter of the vessel, the candle would burn only in the centre, leaving the wax at the edges unused. This would mean a shorter burn time, wasted wax and a weaker fragrance. Therefore, it is crucial that the diameter of the pool matches the diameter of the container to ensure efficient burning and a longer lasting candle.
The diameter of the melted wax layer, called the pool, depends on the wick chosen - a correctly chosen wick will ensure that the melted wax reaches to the edges of the container, preventing tunnelling and unnecessary wax waste.
The ROC (Rate of Consumption)value expresses how many grams of wax the wick evaporates in 1 hour. This value helps you estimate how long the candle will burn. The ROC also affects the flame height and the width of the wax melt layer. Remember that this value is an average and can vary by wax type.
The wick weight (given as wick length per kilogram) determines the thickness of the wick. The higher the number, the finer the wick and the weaker it burns.
You will find tables with important information in our sections on the different types of wicks. We have included a comparison at the end of the document to help you choose the right wick for your wax type and ensure a quality burning candle.
A new cast candle should age for at least 48 hours before lighting for the first time. Cut the wick to a length of approximately 5 mm before lighting. This length will ensure even burning and prevent excessive smoking. If you already have a candle whose wick is burnt out, cut the charred end of the wick to the same length - about 5 mm. You can easily break off this end with a gentle touch, as the excess wick will remain in your hand.
Regular trimming helps to maintain a clean flame and prevents carbon deposits (called "mushrooming"), which improves the quality of the burn and prolongs the life of the candle. Regular wick maintenance is the key to a long-lasting, quality burning candle.
ECO wicks are flat, coreless cotton wicks with paper-thin fibers that are interwoven to ensure burning stability. Specially treated paper fibres ensure controlled twisting of the wick, allowing the EKO series wick to shorten itself, resulting in minimised mushrooming at the tip of the wick. Extinguishing such a candle does not produce excessive amounts of unpleasant soot and smoke. The ECO wick is particularly suitable for vegetable and paraffin waxes with a lower melting point.
Type of wick
Pool diameter (cm)
ROC (g/hr)
Flame height (cm)
Weight (m/kg)
EKO 1
5,6
4,0
3,3
214
ECO 2
6,1
5,1
4,1
169
ECO 4
6,4
5,7
4,3
154
ECO 6
6,6
6,8
4,6
136
ECO 8
7,1
7,4
5,3
122
ECO 10
7,7
119
ECO 12
7,9
109
ECO 14
9,4
95
LX wicks are uniquely braided, flat wicks with no center, made with support fibers that provide an optimal burn profile. The support fibers allow for a very stable and consistent flame that minimizes or even eliminates the accumulation of embers at the tip ("mushrooming") and thus reduces smoldering, smoke and soot after extinguishing.
The LX Series wicks are designed to improve the burning of paraffin and vegetable waxes in freestanding pillar candles and vessels. This series of wicks is free of heavy metals - lead and zinc.
Wick type
LX 14
5,4
227
LX 20
5,8
6,2
3,8
167
LX 24
8,5
123
Stabilo wicks are coreless, flat braided wicks around which a special paper fiber is woven. This configuration is designed to promote maximum and consistent capillary flow of wax along the wick wall. This also ensures proper flame shortening of the wick.
The Stabilo series is used in a variety of applications and is particularly compatible with harder to melt, viscous vegetable waxes. Stabilo wicks are often used in tea lights, in vessels and in votives - the long prayer candles seen in churches and chapels.
STABILO 02
3,7
3,0
257
STABILO 04
4,8
4,5
231
STABILO 08
STABILO 12
130
STABILO 16
6,9
116
STABILO 20
104
Each wick line is designed for different wax types and candle characteristics.
ECO Wicks
Benefits:
Disadvantages:
LX Wicks
Advantages:
STABILO Wicks
Each type of wick has its own advantages and it is important to test them with your particular wax and candle diameter to get the ideal result.