Products

Cetox 50S is a peroxide initiator for copolymerization of unsaturated resins polyester. It is mainly used with cobalt accelerators at temperature surroundings. Suitable for manual and spray lamination. In relation to the hardener Cetox-50 shows a shorter gelation time, while compared to the Metox-50 initiator, gives a lower exotherm and a more gradual cure. Can be used also in technologies related to the production of thick laminate layers and for button production.

Cetox-50 is a peroxide initiator for the copolymerization of unsaturated polyester resins. It is mainly used with cobalt accelerators at ambient temperature. Suitable for manual and spray lamination. In relation to the hardener Metox-50 it contains a lower amount of active oxygen, shows a longer copolymerization time and also a lower effect exothermic.

Cetox 35OE is a peroxide initiator for the copolymerization of unsaturated resins polyester. It is mainly used with cobalt accelerators at temperature surroundings. Suitable for manual and spray lamination. It is less active than Cetox-50 and more active than Cetox-20OE.

Cetox 30OE is a peroxide initiator for copolymerization of unsaturated resins polyester. It is mainly used with cobalt accelerators at temperature surroundings. Suitable for manual and spray lamination. It is less active than Cetox-50 and more active than Cetox-20OE.

Cetox 20OE is a peroxide initiator for the copolymerization of unsaturated resins polyester. It is mainly used with cobalt accelerators at temperature surroundings. Suitable for manual and spray lamination. In relation to the hardener Cetox-50 contains a lower amount of active oxygen, shows a longer copolymerization time as well less exothermic effect.

Cetox 12OB RED is a peroxide initiator for copolymerization of unsaturated resins polyester. It is mainly used with cobalt accelerators at temperature surroundings. Suitable for manual and spray lamination. In relation to the hardener Cetox-20OE contains a lower amount of active oxygen, shows a longer copolymerization time, and also less exothermic effect.