Discover the Enchanting GALAXY Pigment!

Table of Contents

1. Introduction
2. The Search for Unique and Interesting Pigments
3. Introducing Galaxy Flake
4. Testing the Pigment on the M3
5. The Challenges of Using Flake
6. Determining the Pigment Load
7. Mixing the Pigment
8. Observations and Expectations
9. Rating the Color
10. Conclusion

The Search for Unique and Interesting Pigments

Gabe and I have embarked on a mission to scour the internet in search of crazy websites that offer super unique and interesting pigments. Our goal is to find pigments that can be used to Create truly eye-catching designs on dipped cars. We Are on the lookout for colors and effects that are not commonly seen in the automotive world. Our latest find is a pigment called Galaxy Flake, and we believe it has the potential to be pretty awesome.

Introducing Galaxy Flake

Galaxy Flake is a black micro flake with holographic flake mixed in. It has a unique appearance that sets it apart from other pigments we have come across. The holographic effect adds a mesmerizing touch to the black base, creating a galaxy-like vibe. We are excited to see how this pigment performs when applied to a car.

Testing the Pigment on the M3

To put Galaxy Flake to the test, we have chosen to Apply it to an M3 with a black base. The black base will serve as the canvas for the pigment, allowing its true colors to shine through. However, using flake pigments comes with certain challenges. Flake pigments need to be buried under extra coats of clear to prevent the edges of the flakes from protruding and creating a textured surface. Despite these challenges, we are determined to have some fun with Galaxy Flake.

The Challenges of Using Flake

Using flake pigments presents some hurdles that need to be overcome. One of the main challenges is achieving full coverage while ensuring that the flake is buried under enough clear coats. This requires a precise pigment load to strike the right balance between coverage and texture. At the same time, it is crucial to consider the impact of the black base on the final result. Should the black base play a prominent role, or should it be completely covered by the pigment? Finding the right approach is key to achieving the desired effect.

Determining the Pigment Load

To establish the ideal pigment load, we need to take into account factors such as coverage and visibility. For a full coverage look, we estimate a pigment load of 25 to 50 grams per pound. However, it is essential to remember that flake pigments require additional coats of clear to achieve a smooth finish. A transparent appearance is not desirable. To gauge the pigment load accurately, we will conduct test mixes and evaluate the results.

Mixing the Pigment

Using the M3 as our test subject, we begin by mixing 10 grams of Galaxy Flake per gallon. However, this results in a mix that appears weak and transparent. To intensify the effect, we decide to increase the pigment load. We gradually add more Galaxy Flake, increasing the density of the flakes within the paint. With 40 grams of Galaxy Flake per gallon, we finally achieve the desired effect – a dark black base with a captivating holographic Sparkle.

Observations and Expectations

Upon observing the mixed pigment, we Notice that the holographic flakes are quite separated, rather than evenly dispersed. This Prompts us to consider pushing the pigment load further to achieve a more seamless look. We decide to add two more bags of Galaxy Flake, bringing the pigment load to 30 grams per gallon. This additional pigment should help create a more Cohesive appearance and enhance the holographic effect.

Rating the Color

At this point, we are ready to apply the mixed Galaxy Flake pigment to the M3. The color demonstrates a unique galaxy-like vibe, with dark black tones and twinkling holographic elements. However, we must be realistic about our expectations. The images of Galaxy Flake on the Website may have been enhanced to generate more interest, and the actual appearance may not match our initial expectations. Despite any discrepancies, Galaxy Flake still offers an impressive holographic effect and showcases a wide range of colors and sparkle. We invite your input in rating the color on a Scale of one to five, with one being unimpressed and five being absolutely in love with the result.

Conclusion

Our Journey to discover unique and captivating pigments has led us to Galaxy Flake. While it may not match the exact appearance displayed on the website, the holographic effect and sparkle of this pigment remain impressive. The challenges of using flake pigments, such as burying the flakes and achieving the right balance of coverage, were overcome through careful experimentation and mixing. Galaxy Flake has the potential to create stunning and eye-catching designs on dipped cars. We encourage You to explore this pigment and share your experience with us. Whether you choose to dip your own car or simply appreciate the beauty of Galaxy Flake, we hope you had as much fun following along with our project as we did conducting it. Thank you for joining us, and see you in the next video.