Primers

ZINK ETHYL SILICATE

Primer with over 85% metallic zinc.

ZINC ETHYL SILICATE is a two component primer, containing over 85% metallic zinc in dry film after cured. It is applied to steel surfaces after sandblasting them to SA 2½-SA 3 according to Swedish standards. It provides cathodic protection and it is resistant to weather conditions and impact.

Read more

EPOXY SHOP PRIMER

Primer for automatic application subsequent to blast cleaning of steel.

EPOXY SHOP PRIMER is a two-component, epoxy-based, shop primer for automatic application subsequent to blast cleaning of steel and for protection during storage, fabrication and construction. It has weld ability with minimal effects on weld integrity and very good compatibility with topcoats.

Read more

TECHNOMASTIC

Primer that provides high adhesion to steel, galvanized steel and aluminium.

TECHNOMASTIC is a high solids, two component, epoxy based primer. It provides high adhesion to steel, galvanized steel and aluminium so it can be applied to these surfaces without priming or sandblasting them. It is highly resistant to weather conditions, chemicals and sea water.

Read more

EPOCYD 181

Zinc rich primer for on metal surfaces.

EPOCYD 181 is a zinc rich primer consisting of an epoxy based component and a curing agent, which come in two separate containers. When applied and cured it contains more than 85% of metallic zinc. Important properties of EPOCYD 181 are its flexibility on metal surfaces, its resistance to wear and the cathodic protection it provides.

Read more

EPOCYD 111

Primer for epoxy systems applied to concrete.

EPOCYD 111 is a varnish consisting of two components. It is used as a primer in epoxy systems applied to concrete.

Read more

EPOCYD 101

Epoxy based primer, containing strong anti-oxidant substances.

EPOCYD 101 is a two component epoxy based primer, containing strong anti-oxidant substances. It is used for priming completely clean metal surfaces to be coated with epoxy or other paints. It has very good resistance to chemicals.

Read more