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DayGlo Strong Magenta (HMS-30)

HM and HMS solvent soluble toners are high strength, transparent fluorescent colorants designed for flexo and gravure applications on flexible packaging, films and foils. HM soluble toners are standard strength, whereas the HMS toners offer higher strength to give the ink maker increased latitude in their formulations.

Color: Magenta (Fluorescent)

Pigment Type: Fluorescent, Toners

End Uses: Flexography Ink, Gravure Ink, Toner

Compatible Polymers & Resins: Acrylics, Cellulose Acetate Butyrate (CAB), Cellulose Acetate Propionate (CAP), Ethyl cellulose, Modified Rosins, Nitrocellulose, Polyvinyl Butyral (PVB)

Safety Data Sheet
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Identification & Functionality

CI Number
Pigment Type
CASE Ingredients Functions

Features & Benefits

Product Background

DAY-GLO HM and HMS Soluble Toners are high strength, transparent fluorescent colorants designed for flexo and gravure application on flexible packaging papers, films, and foils. DAY-GLO HM Soluble Toners are standard strength, whereas the DAY-GLO HMS offer higher strength to give the inkmaker increased latitude in his formulations. Water washable and moisture set letterpress inks can also be made from these toners.

DAY-GLO Soluble Toners are transparent and should be printed on white stock or over a white ink to achieve the maximum daylight fluorescent brightness. In flexographic trial press runs, inks made with these toners have been run at speeds up to and exceeding 600 feet/minute. These tests were conducted on treated polyethylene using both a co-solvent polyamide white ink and a nitrocellulose modified alcohol soluble polyamide white to back the fluorescent inks. The formulations that were used for the fluorescent inks are included in this bulletin. Thorough testing of their suitability is advised before large scale commercial runs are attempted. Day-Glo Color Corp. technical personnel will be glad to discuss your applications and any special problems that may arise.

Applications & Uses

Compatible Modifying Resins
SS Nitrocellulose Hercules Inc
RS Nitrocellulose Hercules Inc
Ethyl Cellulose N-4 Hercules Inc
Cellulose Acetate Propionate (CAP-504-0.2) Eastern Chemical Co.
Cellulose Acetate Butyrate (CAB-553-0.4) Eastern Chemical Co.
Krumbhaar Resin K-1717-B Lawter Chemicals Inc
Pentalyn 255 Hercules Inc
Elvacite 2043 E. I. duPont
Acryloid B-66 Rohm and Haas Co.
Butvar B-79 Monsanto Co
VYNC Union Carbide Co

This list is provided to give the ink formulator a starting point. DAY-GLO HM and HMS Soluble Toners should be tested with each ink system used by the inkmaker to assure suitability. It should be noted that these toners are not compatible with polyamide resins but make excellent inks for printing treated polyethylene when modified with nitrocellulose or propionate resins

For detailed information please refer this Link:

 https://media.knowde.com/image/upload/v1618402365/production/Collateral/248060/HM_HMS_Solvent_Soluble_Technical_Data_Sheet.ai

Properties

Physical Form
Appearance
Granular Powder
Insoluble in
Water, Aromatic hydrocarbons, Aliphatic
Soluble in
Esters, Glycols, Glycol ethers, Ketones, Alcohol/ester blends
Typical Properties
ValueUnitsTest Method / Conditions
Softening Pointmin. 90°CFisher-Johns Melting Point Apparatus
Specific Gravity1.38

Regulatory & Compliance

Technical Details & Test Data

Lightfastness

Inks made from DAY-GLO HM and HMS Soluble Toners are intended for indoor uses only. They are not recommended for window use or outdoor exposure. Different modifying resins will have varying effects on the lightfastness of the finished product. Suitable tests should be conducted.

Recommended Solvents

HM - 80% Ethyl Alcohol and 20% Ethyl, Isopropyl or N-Propyl Acetate

HMS - 75% Ethyl Alcohol and 25% Ethyl, Isopropyl or N-Propyl Acetate

Ethyl Acetate
Acetone
Methyl Ethyl Ketone
Cellosolve1
Ethylene Glycol
Methyl Isobutyl Ketone
Diethylene Glycol
Propylene Glycol
2-Nitropropane
1Union Carbide Co.

Other solvents or solvent blends may be acceptable, and their suitability should be thoroughly tested before production is attempted.