With the official implementation of the environmental tax in 2018, it is believed that more oil-based coating manufacturers will gradually accelerate the pace of transformation of water-based coatings. In the face of a brand-new field, whether it is the choice of raw materials or the combination of raw materials, I believe it is a problem for manufacturers who have just started the water-based road. Today Sunflower Chemical will answer for you:

Introduction to water-based aluminum paste

 

According to the classification of solvent-based aluminum-silver pastes, aluminum-silver pastes are generally divided into floating aluminum-silver pastes and non-floating aluminum-silver pastes. This name is naturally continued on the water-based aluminum silver paste. The difference between the two is mainly reflected in the ability to present different directional arrangement effects in the same resin to meet the different needs of different customers. On this basis, Mantebo further subdivides it into water-based high-floating silver, water-based floating silver, water-based floating silver and water-based immersion silver, which will not be introduced here.

In addition to the above classification, water-based aluminum silver paste also inherits the classification of solvent-based aluminum silver pastes according to the metal effect, such as imitation electroplating silver, fine silver, fine flash, medium flash, coarse flash and other different types. I believe that you are familiar with solvent-based aluminum silver pastes. Friends of aluminum-silver paste are no strangers to this. One more thing to note is the above question about the particle size division of water-based aluminum silver paste: under normal circumstances, the particle size of many water-based aluminum-silver pastes in China is a popular name in China, not like foreign water-based aluminum silver. The particle size of the slurry is marked according to the test results of the particle size analyzer. Therefore, both parties must unify the standards when communicating and avoid unnecessary losses such as sending the wrong particle size.