Atrorosin based lake

An Atrorosin lake obtained by a method comprising:

• priming a metal to be amphoteric by making a hydroxide/oxide metal without use of NaCO3;
• coupling Atrorosin dye to ions of the metal by lowering a pH slowly to a value ranging from 3.5 to 4.5;
• phase separating precipitate and liquid;
• and
• reducing particle size, wherein at least 50-95% of the Atrorosin lake remains dispersed in water-based solution, wherein the Atrorosin dye is AtrorosinE dye, and wherein a ratio of Atrorosin to the metal is between 1:1 to 1:3 on a molar basis.

A solution comprising:

• water;
• and
• an Atrorosin lake dispersed in the water wherein the Atrorosin lake is obtained by a method comprising:
• priming a metal to be amphoteric by making a hydroxide/oxide metal without use of NaCO3;
• coupling Atrorosin dye to ions of the metal by lowering a pH slowly to a value ranging from 3.5 to 4.5;
• phase separating precipitate and liquid;
• and
• reducing particle size, wherein at least 50-95% of the Atrorosin lake remains dispersed in water-based solution, wherein the Atrorosin dye is AtrorosinE dye, and wherein a ratio of Atrorosin to the metal is between 1:1 to 1:3 on a molar basis.

A method for producing an Atrorosin lake, comprising:

• priming a metal to be amphoteric by making a hydroxide/oxide metal without use of NaCO3;
• coupling Atrorosin dye to ions of the metal by lowering a pH slowly to a value ranging from 3.5 to 4.5;
• phase separating precipitate and liquid;
• and
• reducing particle size.

Use of an Atrorosin, wherein the Atrorosin lake is obtained by a method comprising:

• priming a metal to be amphoteric by making a hydroxide/oxide metal without use of NaCO3;
• coupling Atrorosin dye to ions of the metal by lowering a pH slowly to a value ranging from 3.5 to 4.5;
• phase separating precipitate and liquid;
• and
• reducing particle size, wherein at least 50-95% of the Atrorosin lake remains dispersed in water-based solution, wherein the Atrorosin dye is AtrorosinE dye, and wherein a ratio of Atrorosin to the metal is between 1:1 to 1:3 on a molar basis, wherein the Atrorosin lake is used by:
• making a product selected from the group consisting of a pet food, coating inks, paints, stain such as wood stain, cosmetics, food products, consumer goods, plastic materials, and food packaging.

A product comprising:

• a base product;
• and
• an Atrorosin lake combined with the base product, wherein the Atrorosin lake is obtained by a method comprising:
• priming a metal to be amphoteric by making a hydroxide/oxide metal without use of NaCO3;
• coupling Atrorosin dye to ions of the metal by lowering a pH slowly to a value ranging from 3.5 to 4.5;
• phase separating precipitate and liquid;
• and
• reducing particle size, wherein at least 50-95% of the Atrorosin lake remains dispersed in water-based solution, wherein the Atrorosin dye is AtrorosinE dye, and wherein a ratio of Atrorosin to the metal is between 1:1 to 1:3 on a molar basis.