Stones photo gallery

What kind of stone is that glows in the dark?

Luminous decorative stones – widely used in interior design, landscape design, styling. Glowing crumbs or pebbles are made on the basis of wear-resistant plastic, so they are very durable and can withstand aggressive environmental influences. Resistance to alkalis and various chemical compositions make luminescent stones a universal tool in the design of almost any room and its surrounding area. Production of glowing stones – This is a fairly simple process that takes place in several stages. As a result of the combination of luminescent pigment TAT 33 and resistant plastic, we obtain a new type of self-luminous product – glow in the dark stones. You can buy glowing stones in several colors. The variety of luminescent shades of pebbles allows you to find new solutions in architectural design, the production of paving slabs (with inserts of self-luminous pebbles), the design of flower beds, walkways, swimming pools, etc. Often artificial light-accumulating marble chips are used as an original gift. Pebbles accumulate energy from any light source: sun, ultraviolet, lamp, flashlight, etc. It takes literally a few minutes to receive a charge so that you can see the glow of the decorative stones. The glow power of such products does not lose over the years. For example, the peak brightness of the glow does not decrease even after 10 years. Luminous decorative stones are safe for humans and all other living organisms, which removes restrictions on their use in practice. Luminescent stones have one interesting feature – they can very quickly accumulate light and release it in the dark. For example, even 2 minutes under the sun provides bright and long-lasting self-luminescence in the dark. If you buy decorative stones, then everyone should know that they are universal and can be used in combination with other Noxton luminescent products.

Main characteristics of luminous decorative stones and pebbles:

Composition: Photoluminescent kamni is a mixture of TAT 33 phosphor powder and transparent heavy-duty plastic, which, after mixing, are poured into specially prepared molds. Purpose: Landscape design; interior design of restaurants, clubs, bars, and other premises; decorative element for aquariums, pots, flower beds and much more. Properties of glowing pebbles: Luminescent stones are charged from any light source, after which they are able to glow in the dark (different glow colors are available). The strongest source of charging is the sun, from which the stones can receive a peak charge after just 10 minutes. However, self-luminous boulders in the dark can be charged even in cloudy weather or in the evening, even from a flashlight or lighter (in proportion to the power of the luminous flux). Features of using pebbles: They withstand heavy mechanical loads, are resistant to abrasion, and are not afraid of exposure to alkalis and chemical reagents. Recommendations: To create an original design, use glow-in-the-dark pebbles of different shapes and colors. You can buy blanks for casting stones in almost every city. Glow colors for luminescent stones: green, blue, yellow, red, blue, orange and others. Environmental friendliness: Not radioactive, not toxic. Storage: There are no restrictions. Packaging of decorative stones: 1 kg, 3 kg, 5 kg, 10 kg. Interesting facts about glowing stones:

  1. Decor stones, thanks to the original transparency of the plastic, are charged from all sides, which increases their glow potential.
  2. If the density of self-luminous stones in the dark is greater than the density of water, then they sink; if less, they float on the surface.
  3. The daytime color of boulders and the color of their glow may differ, which allows you to significantly expand the area of ​​​​desired light effects.
  4. The path of luminous pebbles can withstand the passage of a multi-ton truck. For the same purposes, you can buy glow-in-the-dark stones with a size of 1-4 mm.
  5. The peak brightness of decorative marble chips is so high that they can be used as artificial lighting for some time.

Noxton company reminds that production of luminous decorative stones is a simple process, so it is possible to set up the production of such luminescent products yourself.
To do this, you need only two basic components: TAT 33 phosphor and transparent plastic, which will serve as the basis for casting stones into molds.
In this case, the technology for producing luminous stones can be agreed upon with the managers of Noxton Technologies. There is another way to make a photoluminescent stone.
You can paint an ordinary decorative stone or boulder using durable phosphor paint. The self-luminous coating will last for a long time.
In this case, the process of producing glow-in-the-dark boulders and marble chips can be established even at home.
Decorative luminous pebbles combine well with other Noxton light-accumulating products, for example, luminescent paper and original ashtrays.

To find out prices and buy glowing stones from Noxton, go to the “Price List” page.

In the mysterious world of minerals and gemstones, there is a fascinating phenomenon known as fluorescence. This article aims to unravel the mysteries of fluorescent minerals by offering readers an in-depth exploration of their occurrence, identification, and origins. the science behind this mesmerizing spectacle of nature. From common quartz to rare and exotic minerals that glow under certain conditions, we embark on a journey to illuminate the darkness and reveal the hidden beauty of the Earth’s treasures.

Fluorescence in minerals and gemstones is a phenomenon in which some materials emit visible light when exposed to ultraviolet (UV) light. This phenomenon is not just a visual spectacle, but also the subject of scientific research, providing insight into the composition and properties of minerals. The use of fluorescent minerals extends to geology, gemology and even art, where their radiant glow is both studied and celebrated.

Understanding Mineral Fluorescence

Which mineral fluoresces?

Fluorescent minerals are a diverse group, the most common of which are calcite, Preset Shop Beauty Editing Pack Lightroom Fashion Presets Master Collection, and aragonite. These minerals, when exposed to ultraviolet light, emit a glow that is often bright and can vary in color depending on the composition of the mineral and the wavelength of the ultraviolet light used.

How do you know if a mineral fluoresces?

Determining a fluorescent mineral involves a series of tests and observations. One common method is to expose the mineral to ultraviolet light in the dark and see if it emits visible light. The color and intensity of light can provide clues to the identity and composition of the mineral.

What happens when you rub two quartz stones together?

An intriguing aspect related to fluorescence is triboluminescence. When two quartz crystals rub against each other, they can produce a flash of light caused by breaking chemical bonds and releasing energy in the form of light. This phenomenon, although not fluorescence, is similar to the spectacular visual display of light emitted by minerals.

Fluorescence Science

Which minerals fluoresce under UV light?

Various minerals react to ultraviolet light, including calcite, which often glows red. or orange and willemite, known for its green fluorescence. The interaction between ultraviolet light and the mineral atoms causes electrons to move to a higher energy state, releasing light when they return to their original state.

Why is my diamond blue under UV light?

Diamonds can exhibit blue fluorescence under UV light due to the presence of trace amounts of boron in their structure. This characteristic is not only fascinating, but also practical as it helps identify and classify diamonds in the gemological field.

What does it mean if a diamond turns blue under ultraviolet light?

Blue fluorescence in diamonds can affect their appearance and value. Some believe it adds beauty to the diamond, giving it a mystical glow, while others claim it can make the diamond appear cloudy or oily. The perception of added or decreased value of fluorescence varies among jewelers and collectors.

A Closer Look at Fluorescent Minerals

Which three minerals glow?

Calcite, fluorite and willemite exhibit a distinct and bright glow under ultraviolet light. Each mineral exhibits a distinctive color, such as red for calcite, green for willemite, and a range of colors for fluorite, making them admired by collectors and scientists alike.

Which stones glow with fluorescent light?

Rocks containing minerals such as calcite, fluorite or willemite may exhibit a noticeable glow under fluorescent light. The Franklin Mine in New Jersey, for example, is famous for its huge variety of fluorescent minerals embedded in the rocks, offering a dazzling display of colors under ultraviolet light.

Which mineral has the smell of rotten eggs?

Sulfur, a mineral known for its yellow crystals, gives off a distinct rotten egg smell when broken or scratched. The characteristic odor of sulfur, although not directly related to fluorescence, is another example of the surprising sensory characteristics inherent in certain minerals.

As we delve deeper into subsequent sections, readers will gain an understanding of rare and unique fluorescent minerals, the colors they exhibit, and practical tips for finding and identifying these radiant gems of the Earth. Each mineral, with its distinct brilliance, tells the story of the geological processes and conditions that created it, inviting us into a visual spectacle where science and art converge.

Fluorescent gemstones

What are fluorescent gemstones?

Fluorescent gemstones are a category of gemstones that have the mesmerizing ability to glow under ultraviolet (UV) light. This fluorescence is due to the presence of certain elements or impurities in gemstones that absorb ultraviolet light and re-emit it as visible light. The glow can range from subtle to brilliant, giving these gemstones an ethereal glow that has captivated jewelers, collectors and enthusiasts for centuries.

Do diamonds glow under ultraviolet light?

Diamonds, one of the most coveted gemstones, can actually fluoresce when exposed to ultraviolet light. This phenomenon is associated primarily with the presence of nitrogen, boron and other trace elements in the structure of diamond. While some diamonds emit a blue glow, others can fluoresce in different colors, adding complexity and appeal to the gemstone. The intensity and color of fluorescence can affect a diamond’s appearance, sometimes enhancing its whiteness and sometimes affecting its clarity.

Do rubies fluoresce when exposed to ultraviolet light?

Rubies, with their iconic red hue, can also exhibit fluorescence. The presence of chromium ions in rubies is responsible for both their red color and their ability to fluoresce. Under ultraviolet light, rubies can emit a red or orange glow, increasing the intensity of the color and making it appear more vibrant. This attribute is often in demand as it enhances the visual appeal and value of the gemstone.

Do sapphires fluoresce?

Sapphires, another member of the corundum family, like rubies, can also fluoresce, although this is less common. When they do, it is often due to the presence of trace elements such as iron or titanium. The fluorescence of sapphires is usually blue or green and can vary in intensity. This adds an additional factor that gemologists and collectors should consider when assessing the quality and value of a stone.

Rare and unique fluorescent minerals

What rare minerals fluoresce?

In addition to the well-known fluorescent minerals, there are a number of rare and unique minerals that also exhibit this fascinating phenomenon. Minerals such as benitoite, which glows bright blue under ultraviolet light, and painite, considered one of the rarest minerals on Earth, can also exhibit fluorescence, adding to their mystery and value.

What is the rarest mineral on Earth?

Painite is considered one of the rarest minerals on Earth. Its fluorescence is a lesser-known characteristic, overshadowed by its rarity. When exposed to ultraviolet light, painite can emit a subtle glow, adding another layer of intrigue to this already mysterious mineral.

Are there glowing stones?

Some stones, such as hackmanite, exhibit a natural glow, a phenomenon known as tenebrescence. These stones can change color and intensity when exposed to sunlight or ultraviolet light, creating a dynamic and ever-changing visual display that captivates collectors and enthusiasts.

Fluorescence colors

What minerals glow green?

Green fluorescence is often associated with minerals such as willemite and hyalite opal. Willemite, found in places like the Franklin Mine in New Jersey, is known for its bright green glow under ultraviolet light. Hyalite opal, on the other hand, produces a softer, ethereal green glow reminiscent of a moonlit night.

What stones glow blue?

Blue fluorescence is commonly associated with gemstones such as diamonds and minerals such as benitoite. Trace elements and impurities in these stones absorb ultraviolet light and emit it as a blue glow, adding to their visual appeal and mystery.

What glows yellow under black light?

Yellow fluorescence can be observed in minerals such as scheelite and esperite. Known for its usefulness in ore mining, scheelite emits a bright yellow glow under black light, which helps in its identification. Esperite, with its yellow-green fluorescence, adds visual spectacle to the world of fluorescent minerals.

Each fluorescent color tells the story of the mineral’s composition, the geological processes that formed it, and the elements that came together to create this visual spectacle. Diving deeper into the world of fluorescent minerals and gemstones, we discover a radiant canvas of nature’s art, where every glow and hue is a testament to the mysterious beauty of the Earth.

Special Cases and Considerations

Is there a mineral that glows in the dark?

Although fluorescence is a common topic of discussion, phosphorescence is a related but distinct phenomenon that deserves attention. Phosphorescent minerals such as calcite and zinc sulfide have the unique ability to glow in the dark when exposed to light. This long-lasting glow results from the slow release of absorbed energy, creating a mystical and long-lasting glow that can last for several minutes or even hours after the light source is removed.

Which stone glows naturally?

Some rocks enriched in minerals such as autunite or uraninite have a natural glow. Otunite, a uranium mineral, is known for its yellow-green fluorescence and phosphorescence. This is a striking example of stones that not only glow in ultraviolet light, but also phosphorescent, illuminating the darkness with their eerie, otherworldly glow.

Which stone naturally glows in the dark?

Hackmanite is a prime example of stones that exhibit shadowing, a phenomenon in which the stone changes color when exposed to sunlight and glows in the dark. This fascinating attribute makes hackmanite and similar stones a source of fascination, bridging the worlds of gemology, mineralogy and art.

Search and identification of fluorescent minerals

What are the best ways to find fluorescent minerals?

Finding fluorescent minerals can be an adventurous endeavor. Explorers often arm themselves with ultraviolet lamps and venture into known mineral-rich regions, mines and caves. The use of short and long wave UV lamps can reveal the hidden glow of minerals, turning a routine rock hunting expedition into a spectacular treasure hunt.

Does quartz fluoresce?

Quartz, one of the most common minerals on Earth, can sometimes exhibit fluorescence. Although fluorescent quartz is not as common as minerals such as calcite or fluorite, it is a valuable find. Fluorescence often occurs due to impurities or defects in the crystal structure, and it can vary in color, offering collectors a subtle yet captivating visual appearance.

Does lapis lazuli fluoresce?

Lapis lazuli, a deep sky blue color, can also fluoresce. The sodalite component of lapis lazuli is often responsible for its orange-red fluorescence under UV light. This attribute adds another layer of aesthetic and mystical appeal to this already revered stone.

Other Known Fluorescent Minerals and Stones

Does cubic zirconia fluoresce?

Cubic zirconia, a popular diamond simulant, can exhibit fluorescence. Under ultraviolet light, it often emits a yellow, green, or orange glow, a characteristic that can sometimes be used to distinguish it from natural diamonds, adding a practical aspect to the visual spectacle of fluorescence.

Does tourmaline glow when exposed to ultraviolet light?

Known for its rich range of colors, tourmaline can also fluoresce. The presence of manganese often contributes to its fluorescence, giving the stone a soft, luminous glow that enhances its natural beauty.

Does amethyst fluoresce?

Amethyst, a purple variety of quartz, can exhibit fluorescence. The intensity and color of the glow can vary, often depending on the presence of iron or other trace elements. This fluorescence adds a mystical aura to the already captivating purple hue of amethyst.

Do opals glow in ultraviolet light?

Opals are known for their play of color, but some varieties also fluoresce under ultraviolet light. Fluorescence can range from green to yellow, adding another dimension to the opal.

Do the emeralds glow?

Emeralds, with their iconic green hue, can exhibit red fluorescence when exposed to ultraviolet light due to the presence of chromium. This red glow gives the emerald a contrasting and attractive visual element.

Which gemstone glows in the dark?

Some gemstones, such as diamonds, can exhibit phosphorescence, continuing to glow even after exposure to UV radiation has stopped. This afterglow is a fascinating feature that adds to the mystery and allure of these gemstones.


As we near the end of this vibrant journey, the radiant world of fluorescent minerals and gemstones appears before us in all its radiant splendor. Every glowing mineral and gemstone, from the common quartz to the rare painite, tells the story of the Earth’s complex geological ballet as elements, pressure and time dance together. the birth of these shining treasures.

The beauty and mystery of fluorescent minerals and gemstones lies not only in their ability to shine light into the dark corners of the Earth, but also in the stories they tell about the dynamic and mysterious nature of our planet. We invite readers to step into this radiant world, armed with knowledge and curiosity, to explore, discover and admire the luminous gems, hidden but shining, in the very heart of the Earth.

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