The search for an answer to the question of what the blackest color is called often leads enthusiasts and professionals into the world of advanced chemistry and physics. In ordinary life, we are accustomed to considering the standard black pigment as the standard of depth, but science has stepped far forward, creating materials that absorb almost all of the incident light. This opens up completely new horizons for the automotive industry and body repair, although it is associated with a number of technical difficulties.
The difference between regular black paint and nano-coatings is colossal. If standard pigment reflects part of the light waves, allowing the eye to distinguish texture and volume, then ultra-black materials turn the object into a flat, frightening spot. Understanding these differences is critical for those involved in professional coloristics or planning a unique body tuning.
In this article we will examine in detail the various names of the blackest shades, their physical nature and the possibility of application in real vehicle operating conditions. You will learn why some of these substances are prohibited for free use, while others require a specific approach when applied.
Vantablack phenomenon and its properties
When it comes to black, the first color that comes to mind is Vantablack. This substance, developed by the British company Surrey NanoSystems, absorbs up to 99.965% of visible light. The name comes from the abbreviation Vertically Aligned NanoTube Arrays, which indicates a material structure consisting of vertically oriented carbon nanotubes.
Light hitting a surface coated with this material is not reflected, but is reflected repeatedly between the nanotubes until it is completely absorbed and converted into heat. As a result, the human eye ceases to perceive the volume of the object, and it looks like a two-dimensional hole in space. For a car body, this would mean a complete loss of visual perception of the shape of the car.
⚠️ Attention: Using pure Vantablack on cars is almost impossible due to its fragility and requirements for application conditions. An attempt to cover the body with it without special preparation will lead to rapid destruction of the coating.
There are several modifications of this material, and it is important not to confuse them with each other. The original Vantablack S-VIS requires a complex vacuum application process, making it unsuitable for mass production of vehicles. However, there are spray versions, such as Vantablack VBx2, which are easier to apply, but still lack the color depth of the original.
Why can't Vantablack be purchased in a can?
The original Vantablack requires growing nanotubes at temperatures of about 400 degrees Celsius on a special substrate. You cannot simply “paint” a car with this substance - you need a complex technological process, available only in laboratory conditions or specialized centers.
Alternatives for cars: Musou Black and Black 2.0
Since the original Vantablack is not available to the general public, there are alternatives on the market that can be purchased and used. The most famous competitor was Musou Black (formerly known as Black 3.0), created by artist Stuart Semple as a response to Vantablack's exclusivity. This acrylic pigment absorbs about 99% of light.
Another popular option is Black 2.0, which is also a water-based matte acrylic paint. These materials are created specifically for artists and designers, which makes them more affordable, but less resistant to external influences compared to automotive enamels. They are great for creating visual effects, but require careful handling.
The table below compares the main characteristics of the blackest pigments available on the market:
| Material name | Light absorption | Base | Applicability for cars |
|---|---|---|---|
| Vantablack S-VIS | 99.965% | Carbon nanotubes | Only in laboratory conditions |
| Musou Black | 99.4% | Acrylic polymer | Available with protective varnish |
| Black 2.0 | 97.5% | Water based acrylic | Decorative elements |
| BMW Blackest Black | ~95% | Nano particles in varnish | Serial production |
It is important to understand that none of the listed materials is a complete replacement for car paint in its pure form. They require the application of a primer, base and, most importantly, a protective layer. Without proper conservation Such coatings will quickly lose their properties under the influence of moisture and ultraviolet radiation.
To achieve the maximum black effect on your car, use a combination: black primer, several layers of Musou Black and always a matte ceramic varnish for protection.
BMW technology and other innovations in the automotive industry
Automakers are not left out of the race for the blackest color. Company BMW Together with technology partners, it has developed its own version of the ultra-black coating for concept models. Unlike artistic acrylics, their formula is adapted to the vehicle's operating conditions, including vibrations and temperature changes.
The technology consists of introducing special nanoparticles directly into the varnish coating. This allows you to achieve a depth of color unattainable with conventional enamels, while maintaining the elasticity of the layer. Such experiments show that auto industry is ready to implement advanced developments if they are commercially justified.
However, mass adoption faces the challenge of cost and complexity of repairs. If an ordinary black car can be easily tinted at any service center, restoring the coating with a nano-effect will require expensive equipment and qualified personnel. This makes such colors the preserve of exclusive show cars or expensive options.
Production cars do not yet use pure Vantablack due to the high cost and complexity of repairs, limiting themselves to simulating the effect through special varnishes.
Problems of operation and maintenance of ultra-black coatings
Owning a car painted in the blackest color imposes serious restrictions on its operation. The main problem with such coatings is their extreme susceptibility to contamination. Any dust, raindrops or fingerprints become visible instantly, destroying the illusion of absolute blackness.
Additionally, most super black pigments have a matte finish. This means that they cannot be polished with abrasive pastes, as this will change the surface microrelief and reduce the ability to absorb light. Caring for such a body requires specialized chemistry and an extremely delicate approach.
- 🚫 Avoid high pressure washing at close range to avoid damaging the fragile pigment layer.
- 🧼 Use only special shampoos for matte coatings without waxes and silicones.
- ☔ Avoid exposure to acid rain as it can leave permanent marks on the surface.
- 🌡️ Avoid prolonged overheating of the surface; some polymer black paints are sensitive to temperatures above 80°C.
⚠️ Warning: Never try to polish super black finish with a machine. This will irreversibly ruin the “black hole” effect and turn the surface into a normal glossy or spotted one.
Regular cleaning should be done with compressed air or a soft brush to remove dry dust. Contact washing is only possible in extreme cases and using a soft microfiber sponge of the highest quality. Ignoring these rules will result in your “blackest” car looking like a dirty gray in a month.
Legal aspects and road safety
The use of materials that absorb 99% of light raises road safety issues. A car that does not reflect the headlights of other road users becomes practically invisible at night. This creates an emergency situation, especially on unlit sections of the routes.
Many countries have strict regulations regarding the reflective properties of vehicles. While there may not be an outright prohibition on color, the vehicle's visibility requirement is mandatory. Therefore, the use of pure Vantablack on public roads may be considered a violation of the rules security.
From a legal point of view, the owner of such a car may be required to install additional warning lights or use reflective elements to compensate for the lack of glare from the body. This negates the aesthetic effect, but is necessary for legal operation.
In addition, insurance companies may refuse to pay or apply increasing coefficients, arguing that there is an increased risk of an accident due to the low visibility of the vehicle. Before painting in experimental colors, you should consult with lawyers and insurers.
☑️ Check before painting black
Psychology of perception and visual effects
Why are people so attracted to the blackest color? Psychologists say that absolute blackness evokes a feeling of mystery, power and even fear. In automotive design, this is used to create an aggressive and dominant image.
When the eye can't catch details due to a lack of glare, the brain perceives the object as something larger than it actually is. The car seems more massive, heavier and more solid. This effect is actively used in tuning to visually increase the size of compact cars.
However, there is a downside: on a sunny day, such a car can simply look like a dull gray spot, losing all its “magic”. The effect of super black color is most pronounced under artificial lighting or in cloudy weather, when the absence of glare creates a unique visual contrast with the surrounding world.
Frequently asked questions (FAQ)
Is it possible to paint a car Vantablack in a regular service?
No, original Vantablack requires vacuum spraying and high temperatures that are not possible in a typical paint shop. You can only use acrylic-based spray analogues, which give a similar, but less pronounced effect.
How long will the Musou Black coating last on the body?
Without a reliable protective varnish and careful use, such a coating may lose its properties after a few months. With proper care and application of ceramic, the service life can be 2-3 years before the first signs of fading or mechanical damage appear.
Does the blackest color affect how hot the car is?
Yes, it has a significant impact. Materials that absorb light convert its energy into heat. A car painted in Vantablack or its equivalent will heat up much more in the sun than a car with regular black or light paint, which will increase the load on the air conditioning system.
Is there a difference between Black 2.0 and Black 3.0?
Yes, Black 3.0 (Musou Black) is an improved version of Black 2.0. The third version uses a different pigment formula to achieve deeper blacks and improved adhesion, although both products remain artist acrylic paints.