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Chlorinated polypropylene


Chlorinated polypropylene is a thermoplastic resin obtained by chlorinating and modifying polypropylene.

Chlorinated rubber


Chlorinated rubber is a chlorinated polymer obtained by the reaction of natural rubber with chlorine.

Chlorinated EVA


Chlorinated EVA is a yellow or pale-yellow solid with excellent flexibility and elasticity, and it exhibits good adhesion to other materials.

Chlorinated paraffin 70#


Chlorinated paraffin 70#, appearing as a white or pale yellow powder or granules, exhibits excellent chemical stability.

Chlorinated epoxy resin


Chlorinated ether resin is synthesized via an emulsion polymerization–continuous demulsification process, achieving a polymerization conversion rate of over 99%. Following polymerization, the residual monomer content in the system is minimal. During production, a specialized technique is employed to break the emulsion into discrete particles, thereby minimizing the adhesion of additives and impurities within the resin.

Acrylic resin


Acrylic resin is a polymeric material formed by the polymerization of acrylic monomers.

Alkyd resin


Alkyd resin is a polymeric compound produced by the esterification of polyols, polyacids, and monohydric alcohols in the presence of a catalyst.

Polyurethane resin


Polyurethane resin is a polymeric compound formed by the reaction of isocyanates with polyols, exhibiting excellent wear resistance, elasticity, chemical resistance, and adhesion.

Chlorinated polypropylene (CPP)


Chlorinated polypropylene is a thermoplastic resin obtained by chlorinating and modifying polypropylene. It appears as a white, amorphous solid, a white or pale yellow powder, or yellow to pale yellow granules. Chlorinated polypropylene is non‑toxic and soluble in halogenated hydrocarbons, toluene, and other solvents. Depending on its chlorine content, its melting point typically ranges from 80 to 160°C, while its decomposition temperature lies between 70 and 160°C. Products with low chlorine levels begin to decompose slowly above 40°C, and at temperatures exceeding 70°C, the decomposition rate becomes extremely rapid. It finds widespread applications in the coatings (particularly in composite inks) and adhesives industries.
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