| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
50℃
|
Non-Immersed
50℃
|
||
| Product type | Polyamine cured epoxy top coat with good gloss and chemical resistance. | Recommended DFT | ||
| Description | Top coat for overcoating ZF and ECP. This material offers good chemical resistance in immersed and atmospheric conditions. |
100 microns | ||
| Surcface preparation | Used as a top coat for epoxy. Mainly used as a top coat for Plasmet ZF. | SDS | ||
Use applications
Coating method
＊There are more coating materials but we listed de most common use.
Special application
Plasmet ZF
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
60℃
|
Non-Immersed
130℃
|
||
| Product type | An epoxy compound incorporating rust converter, inhibitor and passivator with leafing barrier protection. | Recommended DFT | ||
| Description | A surface tolerant coating formulated to give good protection on rusted surfaces with minimal preparation. Suitable for atmospheric and some immersed conditions. Used as a corrosion inhibitive primer for other paint systems and as a high quality primer on blast cleaned steel substrates. |
Generally one coat at 150 microns in light atmospheric duty; two coats at 150 microns in aggressive atmospheric or immersed conditions. Edge and stripe coating will be required with both single or double coats. ZF may be used at 120um as a primer for other topcoats and paints. |
||
| Surcface preparation | Remove oil, grease and any other surface contaminants utilising a suitable solvent, detergent cleaner or emulsifier. ZF will tolerate damp surfaces but excess moisture must be removed, dry is best. Most existing firmly bonded coatings can be tolerated and overcoated by ZF. | SDS | ||
Corrocoat Biofoul
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
room temperature
|
Non-Immersed
room temperature
|
||
| Product type | Unsaturated ester hydrolysable resin containing metallic copper particles and pigmentation. | Recommended DFT | ||
| Description | For use as a non-toxic, long life anti-foul over Polyglass corrosion barrier systems. | 250-400 microns | ||
| Surcface preparation | On metallic surfaces, Corrocoat Biofoul should be applied over the top of a suitable corrosion barrier which has been correctly applied on a prepared substrate. Corrocoat Biofoul can also be applied to GRP, concrete and wood with suitable surface preparation. | SDS | ||