| Type |
Model number |
Properties |
Characteristics |
Dosage |
| 1，Dispersing agents |
| Titanium white powder and inorganic pigments |
NEO-1510 |
Middle molecular polyurethane |
High performance of dispersion and viscosity reduction, obvious settlement prevention and resistance of floating color and blur. |
1-4%（for pigments） |
| Organic pigments and carbon black |
NEO-1101 |
Acid macro molecular polyurethane |
Acidic features without influence on acid catalysis efficiency;
Favorable dispersion and stabilization effects for organic pigments and carbon black.
|
20-150%（for pigments） |
| NEO-1103 |
Acid macro molecular polyurethane |
Acidic features with high cost performance.
|
20-150%（for pigments） |
| NEO-1203 |
Macro molecular polyurethane
|
Favorable dispersion and stability effects for organic pigment and carbon black hard to dispersed. |
20-150%（for pigments） |
| NEO-1222 |
Polyurethane with special structure |
Excellent viscosity reduction, stabilization and color phase for carbon black;
Favorable dispersion and stabilization for organic pigments. |
20-150%（for pigments） |
| 经济型分散剂 |
NEO-1604 |
Amphoteric wetting dispersing agents
|
Exclusive use for base and back paint; favorable pigment wetting property and viscosity reduction.
Special dispersing agents used for primary carbon black, such as C311;
|
0.5-10%（for pigments） |
| NEO-1730 |
Exclusive dispersing agents for carbon blac |
Excellent viscosity reduction, good carbon black color phase and high stability. |
10-40%（for carbon black） |
| 共研磨 |
NEO-1665 |
Acid wetting agent containing silicon
|
Notable effect for preventing floating color and blur for co-grinding, and valid as added later.
|
0.1-0.5%（for formula） |
| NEO-1666 |
Acid wetting agent
|
Good co-grinding effects for preventing floating color and blur, and high cost performance.
|
0.1-0.5%（for formula） |
| NEO-1667 |
Acid wetting agent containing silicon |
Excellent color expanding, floating color and blur preventing performances. |
0.1-0.5%（for formula） |
| 2，Leveling agents |
| Polyacrylic ester |
NEO-3054 |
Polyacrylic ester |
Excellent long wave leveling and defoaming effects.
|
0.2-0.8%（for formula） |
| NEO-3055 |
Polyacrylic ester |
High leveling speed and good foam breaking effects. |
0.2-0.8%（for formula） |
| Fluorine modified Polyacrylic ester |
NEO-3170 |
Fluorine modified Polyacrylic ester |
Excellent long wave leveling effect and defoaming capability.
|
0.2-0.8%（for formula） |
| NEO-3177 |
Fluorine modified polyacrylic ester
|
Excellent wetting property of base material, leveling performance and orientation effect for aluminum powder.
|
0.3-1.0%（for formula） |
| NEO-3778 |
Fluorine modified polyacrylic ester |
Reinforced type of NEO-3177, with high leveling speed and reinforced effects. |
0.3-1.0%（for formula） |
| Organic silicon |
NEO-3042 |
Fluorine carbon, polyether modified organic silicon Organic silicon
|
Excellent leveling performance, high leveling speed and favorable wetting property of base material;
favorable shrink cavity, oil fouling and heat resistance.
|
0.1-0.5%（for formula） |
| NEO-3606 |
Aralkyl modified organic silicon |
Excellent aluminum powder and pearl powder orientation, defoaming performance and high smoothness. |
0.05-0.2%（for formula） |
| 3，Defoaming agents |
| Polymer |
NEO-5070 |
Non-silicon polymer |
Special effects for epoxy systems, favorable defoaming performance and high safety. |
0.2-0.8%（for formula） |
| 4，Acid catalyst |
| Acid catalyst |
NEO-8925 |
Closed dodecylbenzene sulfonic acid
|
High catalysis efficiency, high compatibility and brilliancy.
|
0.1-1.0%（for formula） |
| NEO-8945 |
Closed para-toluenesulfonic acid |
High catalysis efficiency, with the minimum unsealing temperature of 80℃. |
0.1-1.0%（for formula） |
| Adhesive force acceleran |
NEO-8980 |
Epoxy phosphoric acid ester
|
High compatibility and obvious adhesive force improvement for metal base material;
Notable effects of acid catalysis solidification.
|
0.5-2.0%（for formula） |
| NEO-8982 |
Epoxy phosphoric acid ester |
High performance for improving adhesive force of metal base material;
notable improvement of abrasion resistance for baking pre-coating. |
1-5%（for formula） |
