Elena Rossi
Blue is one of the three primary colours and cannot be mixed or created using other colours. However, you can create different shades of blue by mixing it with other colours. For example, mixing blue with green will give you a lighter shade of cool blue, and turquoise blue is a mix of blue, green, and white. Fluorescent blue paint, on the other hand, is created using rare earth materials and can be purchased as pigment powder or paint. It is important to note that fluorescent colours, including blue, cannot be mixed using primary paint colours and must be purchased ready-made. Additionally, fluorescent paints may present challenges in photography due to their vibrant nature.
| Characteristics | Values |
|---|---|
| Can you mix blue fluorescent pigment with blue paint? | Yes, it is possible to mix blue fluorescent pigment with blue paint to create a bright, almost neon effect. However, it is challenging to find fluorescent paints, especially in oil or watercolour form. |
| How to achieve different shades of blue | To achieve lighter shades of blue, mix with white paint. For darker shades, mix with black paint. For a purplish blue, mix red and blue. For a tranquil blue/green, mix with green and white. |
| Challenges | Fluorescent colours can be challenging to photograph or display on a computer screen accurately due to their neon properties. |
| Fluorescent blue paint pigment properties | Blue fluorescent UV and black light reactive powder is made from recycled materials and has excellent stability and colour performance. It does not mix well with water. |
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What You'll Learn
- Blue fluorescent pigment doesn't mix well with water
- You can't mix true blue, but you can mix various shades, tints, and tones
- Blue fluorescent paint glows less intensely when applied than in the jar
- Blue fluorescent paint appears differently in photographs
- Blue fluorescent paint is more noticeable over a light background
Blue fluorescent pigment doesn't mix well with water
Blue fluorescent pigment is available in powder form and can be mixed with paint, resin, plastic, and other mediums. However, it is important to note that this pigment does not mix well with water. While it can be used in aqueous systems, it does not dissolve in water. This type of pigment is typically thermoplastic and is designed for applications where strong resistance to solvents is not required.
When using blue fluorescent pigment in painting, it is important to consider the challenges that may arise. Firstly, fluorescent colours such as hot pink, lime green, yellow, orange, and tangerine cannot be mixed from standard primary colours like blue, yellow, and red. They require a special paint recipe that can only be obtained from a manufacturer, and ready-made fluorescent paints can be challenging to find in certain mediums.
Additionally, fluorescent paints can be difficult to accurately reproduce when photographing a painting for online display or creating prints. This is because digital cameras and computer screens operate on an RGB (red, green, blue) system, which struggles to capture the vibrancy of fluorescent and metallic paints accurately. As a result, adjustments may be necessary to ensure the fluorescent areas of the painting appear as vibrant in the photographic copy as they do in real life.
It is worth noting that the base colour can also impact the visibility of blue fluorescent pigment. For example, mixing the pigment with a white-base medium may reduce its illuminating effect, while using it over a black base coat can create a more subtle effect. Similarly, when mixed with coloured bases such as concrete or grey cement, the resulting colour may be subtle or indiscernible, so testing the compatibility with the base is recommended to achieve the desired outcome.
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You can't mix true blue, but you can mix various shades, tints, and tones
Blue is one of the three primary colours, and you cannot mix or create a true blue. However, you can mix various tints, tones, and shades of blue to create a unique palette.
A good starting point for mixing shades of blue is to use a primary blue paint, such as Ultramarine Blue, as your base colour. You can then experiment with adding different colours to create a range of blues. For example, mixing cobalt blue with green results in a lighter shade of cool blue, while turquoise blue is a mix of blue, green, and white. The amount of each colour you add will also affect the final shade, allowing you to create a variety of tints and tones.
You can also adjust the intensity of your blue mixes by adding small amounts of white or black paint. Adding white will create a lighter shade, while black will make it darker. This basic technique of lightening and darkening colours can be used to create various blue shades, from very dark to very light.
It is important to note that fluorescent or neon colours, such as hot pink, lime green, or vivid tangerine, cannot be mixed from the standard primary colours. These colours require a special paint recipe and must be purchased ready-made. However, some artists have had success in mixing neon blue and green using phthalo blue and green with cadmium yellow light.
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Blue fluorescent paint glows less intensely when applied than in the jar
Fluorescent blue paint is created using a rare earth material that produces a natural yellow-green or blue glow. This effect is more subtle when applied over a black base coat than a white one. When fluorescent blue paint is in the jar, it appears brighter due to the suspension of glow crystals and coloured pigment in a clear medium. However, when applied, the paint is spread thinly, resulting in less coloured pigment between your eyes and the glow crystals, leading to a less intense glow.
This phenomenon is not unique to blue fluorescent paint but applies to other fluorescent colours as well. For example, fluorescent yellow and green, as well as fluorescent red, pink, and orange, may look very similar when glowing. The difference in fluorescence between the colours is more noticeable in real life than in photographs, due to the challenges of accurately representing these speciality paints digitally.
To enhance the glow of blue fluorescent paint, it is recommended to use it in conjunction with a black light. Additionally, applying it over a white base coat can make the colour more vibrant. It is worth noting that fluorescent paints can be challenging to find, especially in oil or watercolour mediums. Ready-made fluorescent acrylics, such as those offered by Sennelier Abstract Acrylics, are more readily available.
When choosing fluorescent blue paint, consider the specific use case. For instance, GLO Effex offers a high-quality blue glow-in-the-dark paint that is ideal for applications where UV light will be constant. This paint is Strontium Aluminate-based, goes on milky white, dries transparent, and can glow for hours when fully charged. However, it may not be the best option if the intention is to charge the paint and then rely on its glow without a UV light source.
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Blue fluorescent paint appears differently in photographs
Fluorescent blue paint is a unique paint that can be used to create a bright, almost neon effect when paired with a white base coat. However, when used over a black base coat, the effect is more subtle. This paint contains fluorescent chemicals that absorb invisible UV radiation and then emit this energy as longer-wavelength visible light, creating an unusual 'glow'.
While fluorescent blue paint can create captivating visual effects, it presents a unique challenge when it comes to photography. The RGB (red, green, blue) system used by digital cameras and computer screens falls short of accurately capturing the vibrancy of fluorescent colours. As a result, photographs of paintings with fluorescent paint may appear lacklustre and fail to capture the "pop" of colour that stands out in real life.
This phenomenon is not unique to blue fluorescent paint but is a common issue with all fluorescent and metallic paints. The problem arises because fluorescent colours cannot be mixed from the standard primary colours of blue, yellow, and red. They require a special recipe that is typically only available from manufacturers. As a result, when a digital camera or computer attempts to reproduce these colours using the primary colours of photography, the fluorescent shades become muted.
To address this issue, photographers need to make adjustments to their standard copying setup when capturing images of paintings with fluorescent or metallic colours. This may involve utilising specialised equipment or techniques, such as UV black lights or infrared cameras, to more accurately capture the fluorescent effects.
Additionally, the surrounding environment and lighting conditions can also impact the appearance of fluorescent paint in photographs. Fluorescent paints often benefit from a contrasting ambiance, such as clean, matte-black backgrounds, to enhance their peculiar luminescence. Understanding the unique properties of fluorescent blue paint and employing the right techniques can help photographers capture images that more faithfully represent the vibrant effects of this unique paint.
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Blue fluorescent paint is more noticeable over a light background
Fluorescent blue paint is created using rare earth materials that produce a blue glow in their natural form. This blue fluorescent paint can be used to create a bright, almost neon effect when applied over a light-coloured background, such as white.
The fluorescent blue paint will be more noticeable over a light background because fluorescent paint requires a significant amount of light to "glow". When fluorescent paint is applied to a dark background, the light is absorbed by the background, and the fluorescent effect is diminished. On the other hand, when applied over a light background, the fluorescent paint reflects more light, enhancing its glowing effect.
Additionally, fluorescent paint is more noticeable over a light background due to the way it interacts with the human eye. Fluorescent paint emits visible light through fluorescence, a process where the paint absorbs invisible UV radiation and emits energy as longer-wavelength visible light. This emitted light is what creates the unusual 'glow' of fluorescence. By applying fluorescent paint over a light background, the contrast between the background and the paint is increased, making the fluorescent effect more pronounced and easier for the human eye to perceive.
It is important to note that fluorescent blue paint may present challenges when photographing or digitally reproducing the artwork. The fluorescent colours may appear less vibrant or washed out in photographs compared to how they look in real life. This is because digital cameras and computer screens operate on an RGB (red, green, blue) system, which struggles to accurately reproduce the unique fluorescent colours.
To summarise, blue fluorescent paint will be more noticeable over a light background due to the increased reflection of light and the enhanced contrast between the paint and its background. These factors work together to intensify the fluorescent effect, making it more visible and impactful to the viewer.
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Frequently asked questions
Yes, you can mix blue fluorescent pigment with blue paint to create a bright, almost neon effect over a white base coat and a more subtle effect over a black base coat.
Blue fluorescent pigment is a thermoplastic pigment made from earth-friendly and recycled materials. It is UV and black light reactive and has excellent stability and color performance.
One challenge of mixing blue fluorescent pigment with blue paint is that the resulting color may not be accurately reproduced on a computer screen or in photographs, appearing less vibrant than in real life.
You can adjust the shade of the mixed blue paint by adding white paint to make it lighter or black paint to make it darker.
To create different shades of blue paint, you can mix blue with other colors such as green, or with secondary colors like orange and violet, which are created by mixing two primary colors in equal proportions.
