JAYHAWK™ 301 by Cabb is an essential co-monomer, dianhydride. It represents an enabling technology for epoxies and polyamides. It contributes to sustained performance in aggressive chemical... view more

JAYHAWK™ 6FDA by Cabb is an essential co-monomer, dianhydride. It represents an enabling technology for epoxies and polyamides. It contributes to sustained performance in aggressive chemical... view more

JAYHAWK™ BTDA™ Microfine by Cabb is a micronized, light-tan, free-flowing co-monomer in polyimide synthesis. Used to enhance thermal and fire resistance. It has a variable pot life for optimal processing and... view more

JAYHAWK™ BTDA™ Polymer Fine by Cabb is a co-monomer by Evonik. Designed for polyimide synthesis to enhance thermal and fire resistance. It has a variable pot life for optimal processing and an optimum purity... view more

JAYHAWK™ CBDA by Cabb is an essential co-monomer, dianhydride. It represents an enabling technology for epoxies and polyamides. It contributes to sustained performance in aggressive chemical... view more

JAYHAWK™ CHDA by Cabb is an essential co-monomer, dianhydride. It represents an enabling technology for epoxies and polyamides. It contributes to sustained performance in aggressive chemical... view more

JAYHAWK™ ODPA Ultrapure by Cabb is an essential co-monomer, dianhydride. It represents an enabling technology for epoxies and polyamides. It contributes to sustained performance in aggressive chemical... view more

JAYHAWK™ PMDA Ultrapure by Cabb is a co-monomer in polyimide synthesis. It enhances thermal and fire resistance. It has a variable pot life for optimal processing and an optimum purity and particle size to... view more

JAYHAWK™ a-BTDA Ultrapure by Cabb is an essential co-monomer, dianhydride. It represents an enabling technology for epoxies and polyamides. It contributes to sustained performance in aggressive chemical... view more

JAYHAWK™ 302 by Cabb is an essential co-monomer, dianhydride. It represents an enabling technology for epoxies and polyamides. It contributes to sustained performance in aggressive chemical... view more