Vinyblan
This is a world-first, ground-breaking emulsion that has been developed using the company’s unique polymerization technology. Vinyblan is a copolymerized resin consisting of vinyl chloride with acrylic acid ester and vinyl acetate. The product is extensively used and highly rated because it leverages the features of vinyl chloride to provide excellent dispersion of colorant, etc., chromogenic flame resistance.
Printing Material / Ink Binder
Wallpaper Treatment
Ink Jet Absorbing Layer
Textile Treatment
Adhesives for Artificial Leather
Coatings
Application Information
Features of VINYBLAN:
- Low VOC
- Superior quality
- Good adhesion to various substrates like PVC, PET, and aluminum
- Provides excellent resistance properties (water, alcohol, scratch, block)
- Compatible with various solvents and additives
- Outstanding use as PVC leather lamination
- Protects against deterioration of adhesive layer
- Provides water resistance to adhesive layer
- Adds flame resistance with self-extinguishing properties
- Adds excellent chromogenic properties to printing surfaces
- Exceptional pigment dispersion
Properties of VINYBLAN:
- Water-based emulsion
- Coatings have excellent resistance to plasticizer, alcohol, acid and alkalinity
- Coatings are flame-resistant due to self-extinguishing properties
- Strong polarity from vinyl chloride resin, and excellent chromogenic properties
- Chemical stability enables excellent miscibility with other emulsions, inorganic colorants and plasticizers
Vinyblan Media
| Grade | Solid content (%) | Viscosity (mPa·s) | pH Value | Glass-transition temperature (° C) | Minimum film forming temperature (° C) | Features |
|---|---|---|---|---|---|---|
| 150 | Solid content (%) 28 | Viscosity (mPa·s) 200 | pH Value 8 | Glass-transition temperature (° C) 60, | Minimum film forming temperature (° C) 50 | Features For industrial IJ printing, fine particles, chromogenic excellent, matte type |
| 271 | Solid content (%) 43 | Viscosity (mPa·s) 200 | pH Value 8 | Glass-transition temperature (° C) -3 | Minimum film forming temperature (° C) 0 | Features Flexible film |
| 278 | Solid content (%) 43 | Viscosity (mPa·s) 50 | pH Value 8 | Glass-transition temperature (° C) 30 | Minimum film forming temperature (° C) 50 | Features Excellent resistance to water and oil. Excellent ink coloring. |
| 603 | Solid content (%) 50 | Viscosity (mPa·s) 100 | pH Value 7 | Glass-transition temperature (° C) 60 | Minimum film forming temperature (° C) 60 | Features Excellent resistance to water and oil. Excellent pigment ink coloring. |
| 700 | Solid content (%) 30 | Solid content (%) 50 | pH Value 7.5, | Glass-transition temperature (° C) 70 | Minimum film forming temperature (° C) 80 | Features Excellent resistance to water and oil. Pigment dispersion, coloring, and gloss. Soap-free type. |
| 701 | Solid content (%) 30 | Viscosity (mPa·s) 50 | pH Value 7.5 | Glass-transition temperature (° C) 73 | Minimum film forming temperature (° C) 80 | Features Excellent resistance to water and oil. Pigment dispersion, coloring, and gloss. Soap-free type. |
| 715S | Solid content (%) 25 | Viscosity (mPa·s) 30 | pH Value 7.5 | Glass-transition temperature (° C) 25 | Minimum film forming temperature (° C) 0 | Features Excellent resistance to water and oil. Pigment dispersion, coloring, and gloss. Soap-free type. |
| 713 | Solid content (%) 20 ~ 25 | Viscosity (mPa·s) 1 ~ 100 | pH Value 7~9 | Glass-transition temperature (° C) 9 | Minimum film forming temperature (° C) 0 | Features Film formation at room temp. Acid/Alcohol resistance. |
| 715 | Solid content (%) 20 ~ 25 | Viscosity (mPa·s) 1 ~ 100 | pH Value 7~9 | Glass-transition temperature (° C) 26 | Minimum film forming temperature (° C) 5 | Features Film formation at room temp. Acid/Alcohol resistance. |
| 735 | Solid content (%) 1 ~ 100 | Viscosity (mPa·s) 50 | pH Value 8 | Glass-transition temperature (° C) 42 | Minimum film forming temperature (° C) 0 | Features Excellent resistance to water and oil. Pigment dispersion, coloring, and gloss. Soap-free type. |
| 745 | Solid content (%) 30 | Viscosity (mPa·s) 50 | pH Value 8 | Glass-transition temperature (° C) 57 | Minimum film forming temperature (° C) 58 | Features For industrial IJ printing, fine particles, chromogenic excellent. |
| 755 | Solid content (%) 25 | Viscosity (mPa·s) 50 | pH Value 7.5 | Glass-transition temperature (° C) 64 | Minimum film forming temperature (° C) 0 | Features Very transparent. Water/Alcohol resistance. Adheres well to PVC, PET, and plastic. |
| 985 | Solid content (%) 40 | Viscosity (mPa·s) 50 | pH Value 6 | Glass-transition temperature (° C) 80 | Minimum film forming temperature (° C) 80 | Features Excellent coloring when printing. |
Vinyblan Fiber Processing
| Grade | Solid content(%) | Viscosity (mPa·s) | pH value | Glass-transition temperature (° C) | Minimum film forming temperature (° C) | Features |
|---|---|---|---|---|---|---|
| 271 | Solid content(%)43 | Viscosity (mPa·s)200 | pH value8 | Glass-transition temperature (° C)-3 | Minimum film forming temperature (° C)0 | FeaturesFlexible film |
| 278 | Solid content(%)43 | Viscosity (mPa·s)50 | pH value8 | Glass-transition temperature (° C)30 | Minimum film forming temperature (° C)50 | FeaturesExcellent resistance to water and oil. Excellent ink coloring. |
| 603 | Solid content(%)50 | Viscosity (mPa·s)100 | pH value7 | Glass-transition temperature (° C)60 | Minimum film forming temperature (° C)60 | FeaturesExcellent resistance to water and oil. Excellent pigment ink coloring. |
| 690 | Solid content(%)54 | Viscosity (mPa·s)50 | pH value8 | Glass-transition temperature (° C)45 | Minimum film forming temperature (° C)65 | FeaturesExcellent flame retardancy and heat resistance. |
| 700 | Solid content(%)30 | Viscosity (mPa·s)50 | pH value7.5 | Glass-transition temperature (° C)70 | Minimum film forming temperature (° C)80 | FeaturesExcellent resistance to water and oil. Pigment dispersion, coloring, and gloss. Soap-free type." |
| 700 | Solid content(%)30 | Viscosity (mPa·s)50 | pH value7.5 | Glass-transition temperature (° C)73 | Minimum film forming temperature (° C)80 | FeaturesExcellent resistance to water and oil. PIgment dispersion, coloring, and gloss. Soap-free type. |
| 715S | Solid content(%)25 | Viscosity (mPa·s)30 | pH value7.5 | Glass-transition temperature (° C)25 | Minimum film forming temperature (° C)0 | FeaturesExcellent resistance to water and oil. Pigment dispersion, coloring, and gloss. Soap-free type. |
| 735 | Solid content(%)30 | Viscosity (mPa·s)≤50 | pH value8 | Glass-transition temperature (° C)42 | Minimum film forming temperature (° C)0 | FeaturesFine particles, hydrophilic coating film. |
| 745 | Solid content(%)30 | Viscosity (mPa·s)≤50 | pH value8 | Glass-transition temperature (° C)57 | Minimum film forming temperature (° C)58 | FeaturesFor industrial IJ printing, fine particles, chromogenic excellent. |
| 900 | Solid content(%)40 | Viscosity (mPa·s)40 | pH value8 | Glass-transition temperature (° C)70 | Minimum film forming temperature (° C)100 | FeaturesExcellent flame retardancy and heat resistance, high vinyl. |
| 902 | Solid content(%)50 | Viscosity (mPa·s)50 | pH value8 | Glass-transition temperature (° C)60 | Minimum film forming temperature (° C)80 | FeaturesExcellent flame retardancy and heat resistance. |
