| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
135℃
|
Non-Immersed
170℃
|
||
| Product type | Viscous solvent free two/three pack modified amine epoxy, compounded with stainless steel and glass platelets and heavily loaded with silicon carbide. | Recommended DFT | ||
| Description | Provides excellent corrosion and abrasion resistance in both high temperature and chemical service. Offering excellent impact resistance, this material is normally used in films in excess of 1.5mm |
As a general lining 2mm, any desired thickness build-up. | ||
| Surcface preparation | To obtain optimum adhesion the substrate should be grit blasted to ISO 8501-1 Sa 2½ or equivalent with 75 micron profile. If grit blasting is not possible, smooth surfaces should be roughened and scored by grinding to give the coating key. | SDS | ||
Use applications
Coating method
＊There are more coating materials but we listed de most common use.
Pump engineering
Plasmet R
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
75℃
|
Non-Immersed
75℃
|
||
| Product type | Chemically resistant solvent free epoxy repair and rebuilding compound. | Recommended DFT | ||
| Description | Highly wear resistant, cures at low temperatures. Designed for rebuilding worn equipment and replacing corroded/abraded metal. Has moderate temperature resistance. |
As required | ||
| Surcface preparation | Surfaces should be dry and free from oil, grease and other contaminants. Where possible surface should be roughened to provide suitable key. For optimum adhesion and performance surfaces should be abrasive blasted before application to ISO 8501-1 Sa 2½ or equivalent with a 75 micron profile in accordance with data sheet SP1. | SDS | ||
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 Armagel
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
100℃
|
Non-Immersed
185℃
|
||
| Product type | An abrasion resistant vinyl ester co-polymer containing glass flake and silicon carbide. | Recommended DFT | ||
| Description | Immersed environments where good resistance to chemical attack combined with resistance to abrasion are required. Pipes, shutes, process tanks, etc. |
750 and 2500 microns Primer 500 microns (Polyglass VE). |
||
| Surcface preparation | Metals: Grit blast to ISO 8501-1 Sa 2½ near 3 standard or equivalent. Concrete: See Corrocoat Surface Specification 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 | ||
Corroglass 652
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
90℃
|
Non-Immersed
185℃
|
||
| Product type | Low build vinyl ester resin glass flake coating. | Recommended DFT | ||
| Description | Light duty immersion and arduous atmospheric conditions or as a surface veil for other grades. | 0.5 to 1.0mm in multiple coats. | ||
| Surcface preparation | Metals: Grit blast to ISO standard 8501-1 Sa 2 near 3 or equivalent. (For full details refer to Corrocoat Surface Preparation SP1.) Concrete: refer to Corrocoat SP5. | SDS | ||
Corroglass 632
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
110℃
|
Non-Immersed
185℃
|
||
| Product type | Medium viscosity glass flake coating based on top grade vinyl ester resin with low monomer content. | Recommended DFT | ||
| Description | Used for coating intricate components by brush, requiring ease of application and contour following i.e. pump impellers. Offers high chemical resistance. | 0.7 to 2.0mm in multiple coats. | ||
| Surcface preparation | The surface to be coated should be free from grease etc. Metal should be grit blasted to ISO 8501-1 Sa 2 near 3 or equivalent with a grit profile of at least 75 microns, 100-125 microns being the ideal key. | SDS | ||
Corroglass 602
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
110℃
|
Non-Immersed
185℃
|
||
| Product type | High build glass flake coating based on top grade vinyl ester resin with low monomer content. | Recommended DFT | ||
| Description | Build coat for 600 series specifications. Outstanding performance with good resistance to solvent attack. Ideal for demineralised or distilled water applications, as well as on metal and masonry. | 1.0 to 3.0mm in two coats. Or as advised, may be built up to any desired thickness for repair. | ||
| Surcface preparation | Metals: Grit blast to ISO standard 8501-1 Sa 2 near 3. Concrete: refer to Corrocoat SP5. | SDS | ||
Corroglass 252
| Product information | Coating method | Temperature limit | ||
|---|---|---|---|---|
| Application |
Immersed
90℃
|
Non-Immersed
160℃
|
||
| Product type | Low build Bisphenol ‘A’ polyester coating. | Recommended DFT | ||
| Description | Light duty coating for atmospheric conditions or as a surface veil for heavy duty grades. | 0.5 to 1.0 mm in multiple coats | ||
| Surcface preparation | When used direct on to substrate, this should be on correctly prepared surfaces that should be free of contaminants and grit blasted to ISO Standard 8501-1 Sa 2½ or equivalent, with a surface profile of at least 50 microns. | SDS | ||