Morplas® Red 149 by Sunbelt Corporation is a high tinctorial strength, pyrimidine anthrone-based soluble dye. It is recommended to color thermoplastic materials and synthetic fibers. Morplas® Red... view more

Morplas® Red 179 by Sunbelt Corporation is a high tinctorial strength, amino ketone-based soluble dye. It is recommended to color thermoplastic materials and synthetic fibers. It exhibits excellent... view more

Morplas® Red 240 by Sunbelt Corporation is a high tinctorial strength, disazo-based soluble dye. It exhibits excellent lightfastness and excellent heat stability. Morplas® Red 240 can be readily... view more

Morplas® Red 26 by Sunbelt Corporation is a high tinctorial strength, disazo-based soluble dye. It exhibits excellent lightfastness and excellent heat stability. It is recommended to color... view more

Morplas® Red 32 is a high tinctorial strength, anthraquinone-based soluble dye by Sunbelt Corporation. It is recommended to color thermoplastic materials and synthetic fibers. Morplas® Red 32 can be... view more

Morplas® Red 3R by Sunbelt Corporation is a high tinctorial strength, disazo-based soluble dye. Morplas® Red 3R can be readily soluble at varying levels in different polymers and do not change the... view more

Morplas® Red 430 by Sunbelt Corporation is a high tinctorial strength soluble dye. It exhibits excellent lightfastness and excellent heat stability. Morplas® Red 430 can be readily soluble at... view more

Morplas® Red 46 by Sunbelt Corporation is a high tinctorial strength, anthraquinone-based soluble dye. It is recommended to color thermoplastic materials and synthetic fibers. Morplas® Red 46 can be... view more

Morplas® Red 5B by Sunbelt Corporation is a high tinctorial strength, pyridine anthrone-based soluble dye. It is recommended to color thermoplastic materials and synthetic fibers. Morplas® Red 5B... view more

Morplas® Red 61 by Sunbelt Corporation is a high tinctorial strength, anthraquinone-based soluble dye. It exhibits excellent lightfastness and excellent heat stability. It is recommended to color... view more

Morplas® Red LB by Sunbelt Corporation is a high tinctorial strength, monoazo-based soluble dye. It exhibits excellent lightfastness and excellent heat stability. It is recommended to color... view more

Morplas® Red MX by Sunbelt Corporation is a high tinctorial strength, disazo-based soluble dye. It exhibits excellent lightfastness and excellent heat stability. Morplas® Red MX can be readily... view more

Morplas® Red RO by Sunbelt Corporation is a high tinctorial strength, disazo-based soluble dye. It is recommended to color thermoplastic materials and synthetic fibers. Morplas® Red RO can be... view more

Morplas® Violet 14 by Sunbelt Corporation is a high tinctorial strength, anthraquinone-based soluble dye. It is recommended to color thermoplastic materials and synthetic fibers. Morplas® Violet 14... view more

Morplas® Violet 3B by Sunbelt Corporation is a high tinctorial strength, anthraquinone-based soluble dye. It is recommended to color thermoplastic materials and synthetic fibers. It exhibits... view more

Morplas® Violet R is a high tinctorial strength, anthraquinone-based soluble dye by Sunbelt Corporation. It exhibits excellent lightfastness and excellent heat stability. Morplas® Violet R can be... view more

Morplas® Yellow 16 by Sunbelt Corporation is a high tinctorial strength, monoazo-based soluble dye. It exhibits excellent lightfastness and excellent heat stability. Morplas® Yellow 16 is... view more

Morplas® Yellow 33 by Sunbelt Corporation is a high tinctorial strength, quinoline-based soluble dye. It is recommended to color thermoplastic materials and synthetic fibers. It exhibits excellent... view more

Morplas® Yellow 3G by Sunbelt Corporation is a high tinctorial strength, methine-based soluble dye. It exhibits excellent lightfastness and excellent heat stability. Morplas® Yellow 3G can be... view more

Morplas® Yellow 44 by Sunbelt Corporation is a high tinctorial strength, naphthalimide-based soluble dye. It is recommended to color thermoplastic materials and synthetic fibers. It exhibits... view more