DT107 (Film printing inks) Self-crosslinking Acrylic Copolymer Dispersion - Acrylic emulsion
Item No.:
DT107Brand:
iSuoChemColor:
Milk whiteAppearance:
EmulsionMOQ:
250kgsFeatures:
Excellent solubilityTitle: Acrylate Emulsion | Self-crosslinking Acrylic Copolymer Dispersion for Film Printing
Product Description
Product name: DT107 Self-Crosslinking Acrylic Emulsion | Acrylic Dispersion | Acrylic Resin
Type: anionic acrylic emulsion
Neutralizer: Amine (Ammonia)
Category: Acrylic resin | Acrylic emulsion | Acrylic Dispersion
Equivalent code: Covestro NeoCryl A-1127 Self-cross-linking acrylic copolymer dispersion.
As an important self-crosslinking acrylic emulsion, DT107 is a acrylic copolymer dispersion for flexo and gravure printing on flexible packaging films that combines excellent adhesion to a wide range of packaging films with very good chemical and physical resistance.
Product Characteristics
1. DT107 Acrylic Dispersion has excellent adhesion on PE, PA, aluminum, PET and OPP.
2. This type of acrylic copolymer dispersion has excellent oil(Grease) resistance.
3. As a kind of self crosslinking acrylic emulsion, DT107 acrylic dispersion has excellent chemical and physical resistance.
Specifications (Technical Data Sheet of Self-Crosslinking Acrylic Emulsion)
Item | Standard | GAP |
Appearance | Milky white liquid/Yellowish translucent liquid | 0059 |
Solid content (%) | 43-45 | 0001 |
PH value | 7.5-8.0 | 0016 |
Viscosity (mPa.s) | 100-300 | 0020 |
TG value (℃) | +7 | 0011 |
Suggested applications for Acrylic Dispersion
* Water-base printing ink (Printing on various plastic films)
1. Printing on polyolefin surfaces.
2. Printing on Heavy duty polyethylene(PE).
3. WB, UV and solvent-based ink primers for plain and metallized BOPP and polyester films.
4. DT107 Self-Crosslinking Acrylic Emulsion can be added as varnish for aluminized and laser films.
Storage conditions:
DT107 Self-Crosslinking Acrylic Emulsion should be sealed and stored in a dry, ventilated room.
Storage temperature between 5-40 degrees
Direct sunlight should be avoided