Standard Solid Epoxy Resin

The most common epoxy resins are based on reacting Epichlorohydrin (ECH) with bisphenol A, resulting in a different chemical substance… read more
The most common epoxy resins are based on reacting Epichlorohydrin (ECH) with bisphenol A, resulting in a different chemical substance known as bisphenol A di glycidyl ether (commonly known as BADGE or DGEBA) Increasing the ratio of bisphenol A to Epichlorohydrin during manufacture produces higher molecular weight linear polyether with glycidyl end groups, which are semi-solid to hard crystalline materials at room temperature depending on the molecular weight achieved.

Applications

  • Paint
  • Coating
  • Adhesives
  • Industrial tooling and composites
  • Electrical systems and electronics
  • Consumer and marine applications

Product Description

Standard Solid Epoxy Resin

The most common epoxy resins are based on reacting Epichlorohydrin (ECH) with bisphenol A, resulting in a different chemical substance known as bisphenol A di glycidyl ether (commonly known as BADGE or DGEBA) Increasing the ratio of bisphenol A to Epichlorohydrin during manufacture produces higher molecular weight linear polyether with glycidyl end groups, which are semi-solid to hard crystalline materials at room temperature depending on the molecular weight achieved.

Applications

Paint Coating Adhesives Industrial tooling and composites Electrical systems and electronics Consumer and marine applications
Grade EEW (g/eq) Solution Viscosity (25 ℃) Softening Point (℃) Characteristics/Uses
FAMKOTE-011 455-495 D-F 60-70 Unmodified Solid Epoxy Resin
FAMKOTE -12 780-840 M-O 88-95 Standard Solid Epoxy Resin
FAMKOTE -13 800-950 P-S 88-102 Medium MW Solid Epoxy Resin