Basic characteristics and structure of polyketide resin

Polyketone resin is a polymer material with unique properties. Structurally, it is produced by copolymerization of carbon monoxide with monomers such as ethylene and propylene. Its molecular chain contains a large number of carbonyl groups, and this special structure endows polyketide resin with many excellent properties.

In terms of physical properties, polyketide resin has good glossiness and hardness, and the products made have a smooth and bright surface with excellent texture. Its wear resistance is also outstanding, which can resist friction and scratching to a certain extent, extending the service life of the product. Moreover, polyketide resin has good flexibility and can maintain good performance in some application scenarios that require bending or stretching, making it less prone to cracking or damage.

In terms of chemical properties, polyketide resin has good resistance to various chemicals, can resist the erosion of acids, alkalis and other chemicals, and can also exist stably in some corrosive environments. Its solvent resistance is also considerable, and it can remain stable in many organic solvents without dissolution or swelling, which makes it widely applicable in fields such as coatings and inks.