BLJ-KD72 is a new type of emulsion developed in response to market demands. It is based on the analysis of real stone paint whitening when exposed to water. By using imported high-quality emulsifiers and special functional monomers with advanced core-shell polymerization technology, this emulsion features fast drying speed, good film-forming properties, and strong adhesion. Additionally, it overcomes the whitening phenomenon of real stone paint when exposed to water.

BLJ-689 is copolymerized from acrylic esters and special functional monomers. Based on a new chemical chelation method, it converts rust on iron surfaces into a hydrophobic passivation layer.

BLJ-5510 is a styrene-acrylate copolymer emulsion, which adopts the most advanced foreign synthesis technology to produce primer emulsion, with outstanding anti-alkali function and excellent air permeability. It has strong adhesion on the surface of various substrates, and is especially suitable for the preparation of concrete sealing paint, plastic paint and general industrial paint with special requirements for this property, which solves the difficult problem of poor adhesion of elastic coatings and strong alkaline substrates affecting the performance of topcoats.

BLJ-9055 is an acrylate copolymer emulsion, produced using the most advanced synthesis technology from abroad, resulting in a fine particle size emulsion. It has outstanding alkali resistance and excellent breathability. With an ultra-high glass transition temperature and strong adhesion on various substrate surfaces, it is particularly suitable for formulating concrete sealants, plastic paints, and general industrial paints that have special requirements for these properties, completely solving the difficult issues of poor adhesion in elastic coatings and the impact of strong alkaline coatings on the performance of topcoats. When used for brick and stone building surface gloss paints, it has extremely strong water resistance and excellent gloss and leveling performance.

BLJ-940W is a pure acrylic copolymer emulsion with a high content of organic silicon. It is produced using the most advanced synthetic technology from abroad and excellent imported emulsifiers, resulting in a fine-particle emulsion. It exhibits exceptional stain resistance, outstanding weather resistance, superior water resistance, features a high glass transition temperature and a low film formation temperature, and has excellent adhesion. After the emulsion forms a film, it displays strong water repellency.

BLJ-9800 is a new generation of silicone-modified acrylic emulsion developed in response to market demands. It comprises (meth)acrylate, organic silicon, and special functional monomers, utilizing reactive emulsifiers, a seed process, and core-shell encapsulation polymerization. This emulsion has a moderate viscosity and exhibits excellent dilution stability and mechanical stability.