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Chlorinated epoxy resin
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Chlorinated epoxy resin
Product Description
Product Introduction
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. The resulting product exhibits high purity and whiteness, along with excellent flowability, solubility, weather resistance, water resistance, and alkali resistance.
Technical Specifications
Project |
MP25 |
Appearance |
White powder |
Volatile content (%) |
≤ 0.5 |
Chlorine content |
Approx. 45±2 |
Viscosity |
25±5 |
Apparent density |
0.40±0.05 |
Product Features
MP contains no saponifiable ester linkages, and the bound chlorine atoms are highly stable, imparting the coating with exceptional resistance to water, salt, and chemical corrosion.
MP contains no reactive double bonds, making it resistant to oxidation and degradation. This coating exhibits excellent resistance to atmospheric aging, with superior photostability and minimal yellowing or chalking.
The ether linkages in the MP formulation provide internal plasticization, enabling the coating to retain a certain degree of flexibility without the need for additional plasticizers, thereby preventing embrittlement caused by plasticizer migration.
MP is a polymer of vinyl chloride and vinyl isobutyl ether; the presence of ether linkages imparts excellent adhesion to substrates, such as the surfaces of light metals like aluminum and zinc.
MP contains chlorine atoms, which impart flame‑retardant properties. It is used in fire‑protective coatings in combination with other flame‑retardant pigments, fillers, and fire‑resistant materials.
MP exhibits excellent solubility and is readily soluble in aromatics, esters, and ketones.
Main applications
Ink
It is suitable for the production of solvent-based inks and is particularly widely used in the field of plastic composite inks.
Paint
Industrial anti-corrosion coatings are used for factory buildings, equipment, pipelines, storage tanks, municipal infrastructure projects, port terminals, and more. Marine coatings, suitable for all parts of a ship’s hull, effectively resist sunlight exposure and seawater corrosion. Transportation coatings cover not only shipping containers but also transport machinery and hazardous‑material tankers. Light‑metal primers and topcoats are applied to garage doors and windows, roof gutters, balconies, lamp posts, and highway crash barriers, among other surfaces. Special‑purpose projects include bridges, offshore engineering works, and energy‑related developments.
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