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i never new it did
Woolite contains ingredients called optical brighteners, benzenesulfonateis is one that is present in Woolite. These ingredients absorb ultraviolet light and emit it as visible blue light. This effect masks the yellow appearance that white clothes often take on after time. They are not actually any whiter, but appear that way. A black light, often called a UV light will reveal the presence of optical brighteners in detergents, these types should never be used to wash military clothing as these ingredients will increase the visibility of the clothing.ANSWER:The manufacturers of woolite Reckitt Beckniser give the contents of the chemical coumpound mixtures in the company website as some ionic surfactants like alkylbenzene sulfonic acid,cocnut acid,inert filler,and benzisothiazolinone emulsifiers for paints that can absob light and glow in the dark. However the most important chemical that glows in the dark and used as embalming fluid is Butylated Hydroxtoluene ,also used in woolite.The manufacturers do not mention quinine as an ingredient in woollite nor does quinine glow under dark light but under UV light.Additional information:Fluorescent compounds absorb light in the UV region (not visible to humans), and emit the energy in the form of light of visible wavelength. The energy taken in has a smaller wavelength than the energy given out, corresponding to the equation:E = hv, and subsequently E = h x c / lambda.h = plancks constant, c is speed of light, E = energy, lambda is the wavelength of light. From this equation, it can be seen that E is proportional to 1/lambda. There is a loss of energy (mostly vibrational/non-radiative) that allows fluorescence to occur.A similar phenomenon witnessed is phosphorescence, which lasts longer than fluorescence (for a more complicated reason)
You might be able to get away with it once or twice, but overall, it is better that you do not. The dyes in clothes come out in the laundry water in small amounts. That is why clothes fade over time. If you are washing lights and darks together, when those dark dyes come out in the laundry water, they are going to be soaked up by the lighter clothes. Eventually, your lighter clothes will start to look pretty dingy, and since it is dye, you won't be able to do much about it.
The dye in dark clothing comes out regardless of the presences of white clothing. When a dark item is dyed, the manufacturer sets the dye to make sure that it stays on the fabric, but some of the dye doesn't set. When this item is washed, some of that un-set dye may come off and redeposit itself on surrounding clothes. If the dye redeposits on a dark item, the dye will not be visible, but if the dye redeposits on a white item, the dye will change the color. It is generally not permanent, but sometimes the heat of the dryer can set the newly redeposited dye into clothes.
If you are referring to colas, Coke, Pepsi, etc., the dark color mainly comes from caramel coloring. There are other ingredients, which in combination add to the color, but the primary coloring agent is the caramel coloring.
i never new it did
Woolite Extra Dark Care - 2011 was released on: USA: 15 December 2011 (California International Shorts Festival)
All detergarnt
Well I depends on the situation: If you notice it right away.....take a warm wash cloth and whipe it of If you notice it after a few hours/days.......rub some laundry detergent on the stain and let in sit there for an hour. Then, wash it! ....JNIC
When you use our professional wash and fold services, you can be sure that your clothes will be well taken care of because we have served our customers in USA for over 80 years and we understand your needs. Unlike other lesser quality cleaners, our full service laundry employs eco-friendly methods and we treat your laundry with great care: All our products are chlorine-free. We use free and clear bleach for whites. We use custom detergent, an in-wash detergent booster (more CLEANING POWER) and downy fabric softener, free and clear dryer sheets. We sort your laundry by color before washing: dark with darks, light with lights. We use a delicate wash. We wash darks in cold water. We wash whites in hot/warm water to brighten the fabric and clean stains better. We dry all clothes in low/medium heat. Your clean laundry is then professional folded. If you have special instructions, please write on your order. To help save the environment, we use reusable laundry bags for our pickup and delivery service. visit- bluetiee
no check ingredients
There is no information on what ingredients Brik consists of on the internet. However, the following ingredients make peppermint bark: White chocolate, dark chocolate, peppermint.
It all depends on the ingredients that it is made with.
Yes, but only blue, dark green, red, burgundy.
It's not the deturgent it's paint he pout on his cloths.
Woolite contains ingredients called optical brighteners, benzenesulfonateis is one that is present in Woolite. These ingredients absorb ultraviolet light and emit it as visible blue light. This effect masks the yellow appearance that white clothes often take on after time. They are not actually any whiter, but appear that way. A black light, often called a UV light will reveal the presence of optical brighteners in detergents, these types should never be used to wash military clothing as these ingredients will increase the visibility of the clothing.ANSWER:The manufacturers of woolite Reckitt Beckniser give the contents of the chemical coumpound mixtures in the company website as some ionic surfactants like alkylbenzene sulfonic acid,cocnut acid,inert filler,and benzisothiazolinone emulsifiers for paints that can absob light and glow in the dark. However the most important chemical that glows in the dark and used as embalming fluid is Butylated Hydroxtoluene ,also used in woolite.The manufacturers do not mention quinine as an ingredient in woollite nor does quinine glow under dark light but under UV light.Additional information:Fluorescent compounds absorb light in the UV region (not visible to humans), and emit the energy in the form of light of visible wavelength. The energy taken in has a smaller wavelength than the energy given out, corresponding to the equation:E = hv, and subsequently E = h x c / lambda.h = plancks constant, c is speed of light, E = energy, lambda is the wavelength of light. From this equation, it can be seen that E is proportional to 1/lambda. There is a loss of energy (mostly vibrational/non-radiative) that allows fluorescence to occur.A similar phenomenon witnessed is phosphorescence, which lasts longer than fluorescence (for a more complicated reason)
Because they use different ingredients and different amounts of them.