Candles

Scented candle fumes can be harmful if they contain certain chemicals like phthalates or formaldehyde, especially with prolonged exposure. It's best to use candles made with natural ingredients like soy or beeswax and essential oils to minimize any potential risks. Make sure to always burn candles in a well-ventilated area to limit inhalation of fumes.

The rate at which a candle burns is dependent on the size and composition of the wick, and the thickness, composition, and melting / vaporization rate of the candle wax. The composition of the candle is far more important to the burn rate than the color.

The most common wax types used in candle-making are paraffin, soy, beeswax, and palm wax. The choice of wax can affect the candle's burn time, scent throw, and appearance. Each wax has its own unique characteristics, so the choice depends on the desired outcome.

The density of candle wax can vary depending on the type and composition of the wax, but it typically ranges from about 0.8 to 1.0 grams per cubic centimeter. The density of the wax will also change depending on its temperature, as wax expands when heated and contracts when cooled.

Scented candles are typically made from a blend of wax (such as paraffin, soy, or beeswax), fragrance oils, and a wick. The fragrance oils are added to the melted wax to create the scented candle. Some candles may also contain dyes for color.

No, frozen candles do not burn faster than room temperature candles. In fact, the cold temperature may actually cause the frozen candle to burn slower due to the wax needing to thaw and melt before it can be consumed by the flame.

One superstition about a candle flame turning blue is that it means a ghost is nearby. Some say it is the ghost of a family member. Another superstition about a flame on a candle suddenly turning blue is that it is an omen of coming death.

Candles melt because the heat from the flame causes the wax to liquefy, turning it from a solid to a liquid state. As the wax melts, it is drawn up the wick where it is converted into vapor and burnt, sustaining the flame.

The black material on a candle wick is typically carbon residue. This residue forms as the wick burns and is a byproduct of the combustion process. It is normal for candles to produce some amount of soot as they burn.

The type of wax is going to dictate the burning rate of a candle, as will the diameter of the candle. A large diameter candle will burn its length more slowly than a small diameter one. Think how fast birthday cake candles burn down.

things such as, lemon juice/tea/cofee/bleaches and also your body

The candle itself isn't but the flame is thermal energy.

if your melting wax in a glass container be sure you do so at 125 degrees.

get a deep metal pan, fill half full with water, heat the water, put your wax in your glass container and put the container in the pan,WATCH IT CLOSELY.

A wick is a bundle of fibres within a candle, an oil lamp, or a kerosene heater.

The function of the wax is to fuel the flame, it works with the air in a room or wherever the candle is and make the flame burn brighter, releasing the Good or bad- smell of the wax. The wick is made up of braided cord or string and it holds the flame, the tip of the string curls down toward the candle and that makes the flame burn at full capacity, the whole function, basically of the candle is to make the flame burn strong and bright.

A very good question my freind and im surprised no one has given you the answer. This is very unusual thing since smoke is carbon dioxide and is NOT flamable but however the candle is coated in "proffin" so its the proffin in the smoke that causes the candle to light back up.

im not registerd to this site i just thought i would answer your Q if you had any other Q's or wanted to thank me my email is: j0k3r@live.com that is a zero not an o lol

WRONG /\

Actually, smoke is quite flammable. Smoke is generally seen from fires that are burning every inefficiently (such as one that is just put), thus the smoke contains a lot of the unburnt fuel. Efficient fires to not produce smoke.

Anyway, the smoke from the blown out candle is fuel...as it travels upwards it mixes with the oxygen in the air...thus we have two side of the fire triangle. However, since you cooled the candle (by blowing on it) you removed the last part, the heat; thus combustion stopped. When you light the smoke with a match, you re-introduce the heat and combustion begins anew.

Never heard of "proffin" nor was I able to find it on google or anywhere. Did you mean paraffin? Candles are made of paraffin (that is actually what burns) the wick allows the flame to be incident on the surface of the wax; the wax vaporizes and is actually what burns not the wick.

-nickccoates@gmail.com

If candle wax has melted onto a hard, non-porous surface, it can usually be scraped off with a blunt implement like a plastic knife. On a porous surface, however, try putting an ice cube over the wax. Wait until it melts, then remove the hardened wax.

Wax melted into fabric may be removed by placing the fabric between layers of paper towels and running a warm iron over them. Replace the paper toweling as it becomes saturated with melted wax. Once the majority of the wax is removed from the fabric, if it is a garment, apply a laundry pretreatment product like Spray 'n Wash and then launder according to the garment's directions. If the fabric is not a garment and not able to be laundered, see if dry-cleaning is an option. If not, attempt to iron out all the wax with clean paper towels.

Wax in carpet may be removed with a commercial wax remover or a product like Goo Gone, but realize that these products may leave an oily residue that will need to be removed by a carpet cleaner.

This just happened to me. All I did was use the Mr.Clean white sponge deal and it took the wax right off my wood table. It didn't scratch or harm the wood table. I was amazed as this was a huge candle that melted on my good wood table. What a relief!

The smoke released when a candle is extinguished is primarily composed of unburned hydrocarbons and soot particles. These particles are the byproducts of incomplete combustion of the candle wax and wick materials.

NO! I have no clue how this myth ever got started! The only thing you do by placing a candle in the freezer is ruin the candle.

First, you introduce moisture into the wicking, which can make the candle difficult to light, cause it to spark or sizzle, or simply not burn at all.

Second, The candle may crack. This can be especially dangerous should the candle crack after it has already been lit!

Third, There will be less room in your freezer for your favorite frozen snack!

Seriously, this is not a good idea. Keep candles in a cool, dry place. Not a frozen one!

250-300 British Thermal Units (BTUs) in a standard candle like a tea candle. More or less with larger or smaller candles.

Yes, but the level of heat has to be very high, enough to melt and vaporize the wax. At those levels of heat, the candle is literally vaporizing as a unit and wouldn't be much good for providing light for any period of time.

The burning of a candle gives off heat. This is because the chemical reaction of the wax with oxygen releases energy in the form of heat and light.

Green residue on the wick could indicate that the candle contains impurities or additives that are burning off. It could also be a sign of the candle burning unevenly, which may be caused by the wick being too long or the candle being exposed to drafts. It's best to trim the wick and avoid burning the candle in a drafty area to prevent this issue.