A wide variety of coatings technologies rely on FASCAT^® catalysts to manufacture the base resins and enhance the cure:

Products

• Polyester resins: PMC monobutyltin FASCAT^® catalysts contain extremely low (often unmeasurable) levels of dibutyltin and tributyltin impurities, providing peace of mind that you’ll be able to meet your customer’s engineering and regulatory standards such as IKEA IOS-MAT-0066.
  FASCAT^® 2001
  FASCAT^® 2003
  FASCAT^® 4100
  FASCAT^® 4101
  FASCAT^® 4102
  FASCAT^® 4201
  FASCAT^® 8201
  FASCAT^® 4350

• Alkyd resins: combine esterification and transesterification
  FASCAT^® 4350
  FASCAT^® 4100
  FASCAT^® 4201
  FASCAT^® 8201

• Polyurethanes: for blocked or unblocked isocynate systems, a broad range of FASCAT^® catalysts are offered –
  FASCAT^® 2003
  FASCAT^® 4200
  FASCAT^® 4201
  FASCAT^® 4202
  FASCAT^® 4208X
  FASCAT^® 4224
  FASCAT^® 8201
  FASCAT^® 8202

• Epoxy resins: are manufactured by reactions of epichlorohydrin
  FASCAT^® 4400

• Hybrids: Polysiloxane/Epoxy hybrids are being used to create highly resistant and flexible coatings, and FASCAT^® catalysts are used to enhance cure –
  FASCAT^® 2003
  FASCAT^® 4200
  FASCAT^® 4202
  FASCAT^® 4208X
  FASCAT^® 8202

• Food contact (FDA):
  FASCAT^® 9100
  FASCAT^® 9102
  FASCAT^® 9201