The Universal Selection Source: Coatings Ingredients

Nippon Soda

16
Product Name
Supplier
Description
1, 2-Polybutadiene homopolymer. Provides high reactivity to thermal or light stimulation. It is a base resin derived by polymerizing butadiene using a living anionic polymerization technique. Offers... view more
Applications
  • Coatings
  • Inks
1, 2-Polybutadiene homopolymer. Provides high reactivity to thermal or light stimulation. It is a base resin derived by polymerizing butadiene using a living anionic polymerization technique... view more
Applications
  • Coatings>Waterborne
  • Coatings>Electrodeposition
1, 2-Polybutadiene homopolymer. Provides high reactivity to thermal or light stimulation. It is a base resin derived by polymerizing butadiene using a living anionic polymerization technique... view more
Applications
  • Coatings>Electrodeposition
  • Coatings>Waterborne
Hydrogenated polybutadiene. It is derived by polymerizing butadiene using a living anionic polymerization technique. Offers superior water resistance, chemical resistance, electrical... view more
Applications
  • Coatings
Hydrogenated polybutadiene. It is derived by polymerizing butadiene using a living anionic polymerization technique. Offers superior water resistance, chemical resistance, electrical... view more
Applications
  • Coatings
It is a both-end hydroxyl group-terminated polybutadiene. G-1000 is derived by polymerizing butadiene using a living anionic polymerization technique. The structure of its main chain is composed... view more
Applications
  • Coatings
It is a both-end hydroxyl group-terminated polybutadiene. G-2000 is derived by polymerizing butadiene using a living anionic polymerization technique. The structure of its main chain is composed... view more
Applications
  • Coatings
It is a both-end hydroxyl group-terminated polybutadiene. G-3000 is derived by polymerizing butadiene using a living anionic polymerization technique. The structure of its main chain is composed... view more
Applications
  • Coatings
Hydrogenated polybutadiene. It is derived by polymerizing butadiene using a living anionic polymerization technique. In addition to its chemical stability, it has hydroxyl groups on both ends as the... view more
Applications
  • Coatings
Hydrogenated polybutadiene. It is derived by polymerizing butadiene using a living anionic polymerization technique. In addition to its chemical stability, it has hydroxyl groups on both ends as the... view more
Applications
  • Coatings
Hydrogenated polybutadiene. It is derived by polymerizing butadiene using a living anionic polymerization technique. In addition to its chemical stability, it has hydroxyl groups on both ends as the... view more
Applications
  • Coatings
Polyfunctional polybutadiene resin with a hydroxyl group and a carboxyl group introduced to its main chain through air oxidation of a both-end hydroxyl group-terminated polybutadiene. It is derived... view more
Applications
  • Coatings
  • Coatings Markets>Electrical / Electronics
  • Coatings Markets>Wood & Furniture Coatings
Polyfunctional polybutadiene resin with a hydroxyl group and a carboxyl group introduced to its main chain through air oxidation of a both-end hydroxyl group-terminated polybutadiene. It is derived... view more
Applications
  • Coatings
  • Coatings Markets>Wood & Furniture Coatings
  • Coatings Markets>Electrical / Electronics
Epoxidized polybutadiene. It is derived by polymerizing butadiene using a living anionic polymerization technique. JP -100 is formed by introducing an epoxy group through oxidation of the vinyl... view more
Applications
  • Coatings
Epoxidized polybutadiene. It is derived by polymerizing butadiene using a living anionic polymerization technique. JP -200 is formed by introducing an epoxy group through oxidation of the vinyl... view more
Applications
  • Coatings
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