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OrcoSolve™ MC dyes are solvent soluble, metal complex dyes of high quality for use in the inks and coating industries. These products offer superior solubility in organic solvent systems. In addition to this standard product line we also offer many other specialty solvent dyes as well as custom formulated blends, please contact us with any questions.
Select the buttons below for downloadable technical bulletins illustrating Physical Properties & Solubility Values.
Color Index Name
OrcoSolve™
Solvent Black 27
Black RE-MC
Solvent Black 28
Black CNL-MC
Solvent Black 29
Black RL-MC
Solvent Blue 67
Blue GN-MC
Solvent Blue 70
Blue 2GN-MC
Solvent Green Specialty
Green BYS-MC
Solvent Orange 54
Orange RE-MC
Solvent Orange 58
Orange RL-MC
Solvent Orange 62
Orange RLN-MC
Solvent Orange 99
Orange R-MC
Solvent Red 89
Fire Red GLS-MC
Solvent Red 119
Fire Red G-MC
Solvent Red 122
Red BL-MC
Solvent Red 127
Pink 6BLS-MC
Solvent Red 160
Fire Red BL-MC
Solvent Yellow 82
Yellow 2GN-MC
Solvent Yellow 90
Yellow GL-MC
Solvent Brown 43
Brown 2RL-MC
OrcoSolve™ dyes are used extensively in fuel, oil, lubricant, grease, wax, and plastics coloration applications. These highly-concentrated heat-stable colorants, available in liquid and powder form, are soluble in polar solvents and hydrocarbon-based oil and lubricants. Their high concentration allows the formulator to use minimal amounts of dye thereby causing no change to the product’s original physical characteristics. In addition, their stability to high heat makes them a good match for lubricants, engine oil, automatic transmission fluid, and grease. Some lubricants are water-based and would require our water-soluble dyes or possibly pigments. The fluorescent OrcoSolve™ dyes are used for leak detection in engines and hydraulic systems, and oil/water path detection in oil-field applications. Petroleum applications include gasoline, diesel, jet-fuel, biodiesel, fuel additives, heating oil, and kerosene. Wax applications include candles, shoe polish, coatings, parrafin, lamp oils, and beeswax. Plastics applications include SAN, ABS, PLA, PET, acrylic, polystyrenes, polycarbonates, nylon polyamides, and other polymers & resins .
Select the button below for a downloadable technical bulletin illustrating Physical & Resin Suitability Properties.
OrcoSolve™ Dyes Physical & Resin Suitability Properties Technical Bulletin
Color Index Name
OrcoSolve™
Solvent Black 5
Nigrosine SB
Solvent Black 7
Nigrosine NB Base
Solvent Blue 4
Victoria Blue Base
Solvent Blue 38
Blue MBSN
Solvent Blue 48
Blue 2GLN
Solvent Blue 59
Blue N
Solvent Blue 97
Blue GN
Solvent Blue 98
Blue HF Liquid
Solvent Blue 102
Blue ERO
Solvent Blue 104
Blue 2B
Solvent Blue 128
Blue 2R
Solvent Green 3
Green B
Solvent Green 28
Green 820
Solvent Orange 60
Orange PER
Solvent Orange 86
Orange Amber
Solvent Red 23
Red SBRO
Solvent Red 24
Red 4B
Solvent Red 26
Red 26
Solvent Red 27
Red MX
Solvent Red 52
Red 5
Solvent Red 111
Red SBA
Solvent Red 135
Red SBP
Solvent Red 164
Red B-HF Liquid
Solvent Red 168
Red SBSE
Solvent Red 169
Red SBSN
Solvent Red 179
Red SBPN
Solvent Red 207
Red SBTO
Solvent Violet 8
Methyl Violet Base
Solvent Violet 13
Violet IRS
Solvent Violet 14
Violet M
Disperse Violet 26
Violet R
Solvent Violet 38
Violet 3B
Solvent Yellow
Yellow GR-HF Liquid
Solvent Yellow 33
Chinoline Yellow
Solvent Yellow 56
Yellow EF
Solvent Yellow 72
Yellow SBC
Solvent Yelllow 77
Yellow GX
Solvent Yellow 93
Yellow 4G
Solvent Yellow 114
Yellow G
Solvent Yellow 163
Yellow GS
Solvent Yellow 167
Yellow TG
Solvent Green 5
Fluorescent Green E
Solvent Orange 63
Fluorescent Orange FC
Disperse Red 277
Flourescent Red G
Solvent Red 49
Rhodamine B Base
Vat Red 41
Fluorescent Red 5B
Disperse Yellow 82
Fluorescent Yellow 10GN
Solvent Yellow 98
Fluorescent Yellow 3GF
Solvent Yellow 43
Fluorescent Yellow FG
Solvent Yellow 44
Fluorescent Yellow 44
Actual dye samples must be evaluated in a laboratory on medium to be dyed in production for accurate shade and physical property results. Shades shown on print material and computer monitors are for general reference only as they are inherently inaccurate due to calibration variations and technical limitations of monitors and printers.