Pigments are coloring agents for resins and are typically designed to produce opaque colors. The amount of pigment needed to reach opacity varies from color to color generally depending on the amount of solids that the pigment contains, for example white is made with titanium dioxide and requires very little (around 1%) to reach opacity, blue and green require much more. Generally 1-3% is sufficient. Pigments can be mixed to get custom colors.
If you are looking for transparent colors check out the tints category.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. White has a high concentration of titanium dioxide and will generally be opaque in thin coatings at about 3% by volume.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. White has a high concentration of titanium dioxide and will generally be opaque in thin coatings at about 3% by volume.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. White has a high concentration of titanium dioxide and will generally be opaque in thin coatings at about 3% by volume.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. White has a high concentration of titanium dioxide and will generally be opaque in thin coatings at about 3% by volume.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. Generally opacity begins to develop around 3% in thin coatings (around .006"), but may require significantly more than 3% depending on substrate and solids content in pigment.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. Generally opacity begins to develop around 3% in thin coatings (around .006"), but may require significantly more than 3% depending on substrate and solids content in pigment.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. Generally opacity begins to develop around 3% in thin coatings (around .006"), but may require significantly more than 3% depending on substrate and solids content in pigment.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. Generally opacity begins to develop around 3% in thin coatings (around .006"), but may require significantly more than 3% depending on substrate and solids content in pigment.
Red tends to have a good solids content and opacity can usually be obtained between 3-6%, this is a nice candy apple red color. Does not work well as a transparent tint.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. Generally opacity begins to develop around 3% in thin coatings (around .006"), but may require significantly more than 3% depending on substrate and solids content in pigment.
Red tends to have a good solids content and opacity can usually be obtained between 3-6%, this is a nice candy apple red color. Does not work well as a transparent tint.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. Generally opacity begins to develop around 3% in thin coatings (around .006"), but may require significantly more than 3% depending on substrate and solids content in pigment.
Red tends to have a good solids content and opacity can usually be obtained between 3-6%, this is a nice candy apple red color. Does not work well as a transparent tint.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. Generally opacity begins to develop around 3% in thin coatings (around .006"), but may require significantly more than 3% depending on substrate and solids content in pigment.
Red tends to have a good solids content and opacity can usually be obtained between 3-6%, this is a nice candy apple red color. Does not work well as a transparent tint.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. Generally opacity begins to develop around 3% in thin coatings (around .006"), but may require significantly more than 3% depending on substrate and solids content in pigment.
Blue tends to require more pigment loading to reach opacity, can be used with white pigment for pastels or medium blues, can be used in very small amounts for transparent tints.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. Generally opacity begins to develop around 3% in thin coatings (around .006"), but may require significantly more than 3% depending on substrate and solids content in pigment.
Blue tends to require more pigment loading to reach opacity, can be used with white pigment for pastels or medium blues, can be used in very small amounts for transparent tints.
Add pigment to resin as needed to get the desired color and opacity.
Opacity depends on the pigment color and solids loading as well as the laminate or coating thickness. Generally opacity begins to develop around 3% in thin coatings (around .006"), but may require significantly more than 3% depending on substrate and solids content in pigment.
Blue tends to require more pigment loading to reach opacity, can be used with white pigment for pastels or medium blues, can be used in very small amounts for transparent tints.
