One of the best ways to “spot” invasive cat urine stains is to utilize a black light. Black lights actually emit a long wave of UV radiation. While actually appearing more purple than black, black lights are commonly used to detect anything from forgeries, to improper food handling, and now urine smell and odor.
Thankfully, there is an amazing way to get rid of this nasty smell without harming your household items. This safe and prominent pet urine odor removal method uses UV light technology. This powerful technology helps to identify and remove all the pet stains sticking out.
You can use a black light to detect body fluids. It’s actually a good way to look for pet urine or make sure a bathroom or hotel room is really clean. Cat urine, in particular, glows very brightly under ultraviolet light. Urine glows under a black light primarily because it contains the element phosphorus.
Luckily, you don’t have to rely on your nose alone to help you find the source of the odor. Instead, try using a UV light, also known as a black light. If you shine the light in a dark room, cat urine will glow yellow or green, making it easy to see exactly where you need to clean.
You can buy a blacklight flashlight from internet retailers such as Amazon and Ebay. The there is a compound in dried cat pee that will glow a green color under a blacklight. Shine it everywhere, including on walls where cat pee may be sprayed or splattered so thin that you wouldn’t have otherwise noticed it.
Semen fluoresces blue between 300-450 nm, in the ultraviolet range. The invisible (to us) UV rays doesn’t interfere with the fluorescence, so forensic experts can see the stains clearly.
Vitamin A and the B vitamins thiamine, niacin, and riboflavin are strongly fluorescent. Try crushing a vitamin B-12 tablet and dissolving it in vinegar. The solution will glow bright yellow under a black light.
Petroleum jelly, such as Vaseline, which glows bright blue under a black light. Ripe bananas glow fluorescent blue under a black or ultraviolet lamp.
Some of the spills a person might find with a black light include:- Biological stains: saliva, semen, urine and blood.
Black lights emit a type of ultraviolet radiation called UVA, which is invisible to the human eye. They are often used in industry, nightclubs or amusement parks to make things glow. This glow is the energy emitted by the light being converted into visible light by particles called phosphors.
They’re a familiar sight to most, but America’s only marsupial has a secret: beneath their furry exterior, opossums glow hot pink under the right light – not headlights, but ultraviolet light.
Higher efficiency - UV LED lights are typically 1.5x - 3.0x more efficient than fluorescent UV blacklights. Longer lifetimes - UV LED lights last for 25,000 hours or more, and do not “burn out” like a fluorescent lamp - their UV light output gradually diminishes over time.
Trimethylaminuria is a disorder in which the body is unable to break down trimethylamine, a chemical compound that has a pungent odor. Trimethylamine has been described as smelling like rotting fish, rotting eggs, garbage, or urine.
Whereas urine that’s sprayed typically shows up on vertical surfaces (e.g., furniture, walls, etc.). If you’re able to catch your cat spraying/marking in real-time, you’ll most likely see them standing with their back to their vertical “target” and holding their tail held straight up.
A UV (ultraviolet) Light will locate and illuminate body fluid detection for semen or vaginal stains, invisible to naked eye.
Here are a few things you might have in your house with that glow under UV: Tonic water – the quinine in tonic water glows blue. Honey – the aromatic molecules in honey can glow green. Turmeric root – the curcumin in turmeric glows yellow.
And if you don’t have a laser handy, a trusty black light intensifies pure olive oil to a bright yellow.
Reddish orange manganese glass is sometimes called “persimmon glass.” Manganese Dioxide (MnO2) was also used to decolorize glass containing iron impurities, or to stabilize the color of glass so it wouldn’t shift over time. Glass that contains manganese glows green, red, orange, or peach under black light.
A bloodstain exposed to UV light absorbs all light of that bandwidth and does not reflect back – that is to say, it does not fluoresce in any way. Thus the stain will appear black under UV.
Some coffees glow green, some yellow, some blue, some purple, some white—and full blacks hardly glow at all (which is why green grading is still important). And according to Tim, there’s no clear pattern in chromatographic results.
Laundry detergents contain brightening agents that glow when exposed to light. They are intended to make whites appear whiter by adding a bit of blue light to them under ultraviolet light, like in sunlight or under fluorescent lights. When you shine a black light on detergent, you get a very bright glow.