| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
ー
|
Non-Immersed
ー
|
||
| Product type | Moisture curing two or three pack epoxy primer with excellent adhesion to damp surfaces. | Recommended DFT | ||
| Description | Predominantly used as a primer for concrete but also ideal for use on surfaces which cannot be fully dried before application. May also be used as a primer for ZE on metallic substrates where there are high humidity conditions or a risk of micro condensation. |
100 to 175 microns | ||
| Surcface preparation | As a surface tolerant primer for concrete surfaces. It may be applied to damp concrete with minimal surface preparation. As a metal primer where the surface should be grit blasted to ISO 8501-1 Sa 2½ standard. For full specification refer to Corrocoat data sheets SP1 and SP2. | SDS | ||
Use applications
Coating method
＊There are more coating materials but we listed de most common use.
Plant protection
Plasmet ZX
| 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 | ||
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 LSP1
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
ー
|
Non-Immersed
ー
|
||
| Product type | A two component polymeric primer system | Recommended DFT | ||
| Description | As a primer to promote adhesion of thermoset resins to rubber surfaces and vice-versa, improving bonding between rubber substances and vinyl/polyester ester/epoxy coating systems. It also improves bonding of vinyl/polyester systems to damp concrete. |
200 - 300 microns | ||
| Surcface preparation | Corrocoat LSP1 should be applied to rubber surfaces that have been Sweep Blast cleaned. | SDS | ||
Corrocoat Fibercoat
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
90℃
|
Non-Immersed
160℃
|
||
| Product type | A glass fibre reinforced vinyl ester glass-flake lining. This product is a high performance vinylester lining containing both glassfibre and glassflake. | Recommended DFT | ||
| Description | As a rehabilitation and high performance lining for thinned/ corroded pipes and where additional tensile properties are required, Corrocoat Fibrecoat may be applied in single or multiple layers at up to 3000 microns per coat. | Greater than 3000 microns dependent upon duty and environment. This material is a barrier coating and the thickness needed is dependent upon service conditions and the existing condition of the substrate. |
||
| Surcface preparation | Metals: The surface must be decontaminated, degreased and loose materials removed from the surface. Where possible and for optimum performance, grit blast to ISO standard 8501-1 Sa 2½ or equivalent. | SDS | ||
Corrocoat ZIP-E
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
50℃
|
Non-Immersed
90℃
|
||
| Product type | A two part epoxy glass flake coating designed for single coat application | Recommended DFT | ||
| Description | Excellent protection for aggressive atmospheric conditions and moderate immersion environments, with good edge coverage and cosmetic appearance. Ideal for structural steel, pilings, decks, vessel externals and marine environments. |
Zip E is normally applied to achieve DFT’s of 200 to 1,000 microns |
||
| Surcface preparation | Metals: For best results Grit blast to ISO 8501-1 Sa 2½ standard or equivalent. Zip E can also be applied to mechanically prepared or water blasted surfaces or were Plasmet ZF has been used as a primer. Concrete: Priming is required, use Plasmet ECP as the primer. | SDS | ||
Corrocoat Heatblocka
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
100℃
|
Non-Immersed
250℃
|
||
| Product type | Two pack cold cured high build insulating coating. | Recommended DFT | ||
| Description | As a durable coating in areas which require both insulation and corrosion protection |
Between 2000 - 6000 microns dependent upon duty and environment |
||
| Surcface preparation | Metals: for best results abrasive blast to ISO standard 8501-1 Sa 2½ or equivalent. For non-immersed environments Heatblocka may be applied over a surface which has been well prepared by wire brushing or needle gunning. Concrete: Refer to Corrocoat SP5. | SDS | ||
Corrocoat Corrofill VE
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
110℃
|
Non-Immersed
160℃
|
||
| Product type | A two-pack, vinyl ester filler and grouting material containing abrasionresistant fillers. | Recommended DFT | ||
| Description | As a pit filler or grout for badly pitted steel or other applications that require a high performance, chemically resistant coating system. | The material may be applied at DFT’s of up to 6mm but this thickness should not be exceeded in a single coat. | ||
| Surcface preparation | The surface to be coated should be free from grease etc. Metal should be grit blasted to a minimum ISO 8501-1 Sa 2½ near 3 or equivalent. All blast residues must be removed by sweeping or blowing clean and vacuuming where necessary. | SDS | ||
Corrocoat Cothane XT
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
150℃
|
Non-Immersed
260℃
|
||
| Product type | A three pack cold cured vinyl ester/urethane polymer alloy with glass flake. | Recommended DFT | ||
| Description | Developed for coating steel and concrete for immersed and nonimmersed applications where high temperature and chemical resistance are required. | Between 400 microns and 3mm dependent upon environment. | ||
| Surcface preparation | Metals: Grit blast to ISO 8501-1 SA 2½ or equivalent and vacuum clean,refer to Corrocoat Data Sheet SP1. | SDS | ||
Corroglass AR4
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
82℃
|
Non-Immersed
ー
|
||
| Product type | Brominated interpenetrating polymer network system, enhanced with glass flake. | Recommended DFT | ||
| Description | Formulated to offer the best resistance to base environments i.e. sodium hydroxide/sodium hypochlorite. | 500 - 3000 Microns dependent upon service conditions | ||
| Surcface preparation | Metals: Grit blast to ISO standard 8501-1 Sa 2 near 3 standard or equivalent. (For full details refer to Corrocoat Surface Specification SP1). Concrete: Grit blast to remove surface laitance. See Corrocoat Surface Specification SP5. | SDS | ||