Description
A diluting solution for adjusting the concentration of INTENZE ink and creating different shades without changing the hue.
Color Mixing Solution is a solution used to dilute INTENZE pigments. INTENZE pigments are highly concentrated in their undiluted form, and as such, may be too dark for certain applications. By adding this solution, you can lower the concentration without changing the hue, creating different shades.
The solution is composed of three ingredients: witch hazel, glycerin, and distilled water, blended in a balanced ratio. It is used by artists working with INTENZE inks to create custom shades or to adjust the concentration of existing colors to suit their work.
Product Features
- Dilutes without changing hue: When added to INTENZE pigments, it can lower the concentration while maintaining the color tone.
- Three-ingredient composition: Composed of witch hazel, glycerin, and distilled water, allowing for use after confirming the ingredients.
- Combines with INTENZE inks: Designed exclusively for diluting INTENZE pigments, making it suitable for studios that use the brand's inks.
Product Details
Key specifications are as follows:
- Brand: Intenze
- Product Name: Color Mixing Solution
- Type: Tattoo ink diluting solution
- Volume: 4oz (approx. 118mL)
- Purpose: Adjusting INTENZE tattoo ink concentration, creating custom shades
- Main Ingredients: Witch hazel, glycerin, distilled water
Recommended for
This product is suitable for those using INTENZE inks who wish to adjust concentration or create custom colors.
- Those who want to dilute undiluted INTENZE ink.
- Those who want to create different shades with varying concentrations without changing the hue.
- Those who want to confirm the ingredients used for dilution before use.
Notes
This product is a solution intended for diluting INTENZE tattoo inks. Before use, please check the usage and storage instructions on the product packaging. Product specifications, packaging, and accessories may change depending on the arrival time. The exterior design may differ from the image.
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