EPSP393 Epoxy Oil-resistant Static-conductive Anti-corrosion Coating belongs to Epoxy. Used for coating the internal walls of storage tanks storing crude oil and various refined oils as a static-conductive anti-corrosion coating; also suitable for other applications requiring static conductivity. Light grey, using a metal oxide composite static-conductive medium. Parameters on this page: dry film thickness 100 µm, theoretical spreading rate 5.36 m²/kg, number of components two-component.
Parameter source: OSAKA original technical data sheet (TDS) "EPSP393 Epoxy Oil-resistant Static-conductive Anti-corrosion Coating"; values such as spreading rate are converted from TDS parameters and are for selection reference only.
The above content is compiled from the manufacturer's datasheet and this site's parameter tables. For selection, coating systems and lead times, pleaseContact Usfor confirmation.
This page carries the full TDS for this product, translated from the manufacturer's original document. No file download is needed; for an original-language copy, send an enquiry.
| Volume Solids | 75% |
|---|---|
| Dry Film Thickness | 100 µm |
| Theoretical Spreading Rate | 5.36 m²/kg |
| VOC | 215 g/L |
| Density / Specific Gravity | 1.40 kg/L |
| Number of Components | Two-component |
| Thinner | OUP 103, recommended addition 3%–5% |
| Mixing Ratio | Component A : Component B = 5:1 (by weight) |
| Pot Life | 23 °C: 4 h |
Light grey, using a metal-oxide composite static-dissipative medium.
Used for coating the internal walls of storage tanks storing crude oil and various refined oils as a static-conductive anti-corrosion coating; also suitable for other applications requiring static conductivity. The coating has good adhesion, flexibility, impact resistance, good oil resistance, corrosion resistance and good static-conductive performance.
| Volume Solids | 75% |
|---|---|
| Dry Film Thickness | 100 µm corresponds to 134 µm wet film thickness |
| Theoretical Spreading Rate | 5.36 m²/kg |
| Practical Spreading Rate | Allowing a suitable loss |
| Volatile organic compound content | 215 g/L |
| Mixing Ratio | Component A : Component B = 5:1 (by weight) |
|---|---|
| Airless spray | Recommended: tip size 0.53–0.68 mm; fluid pressure ≥ 21.1 MPa |
| Brush or roller | Recommended |
| Conventional spray | Suitable but not recommended. |
| Thinner | OUP 103, recommended addition 3%–5%. |
| Paint equipment cleaner | OUP 103 |
| Pot life | 23 °C: 4 h |
| Drying Time | ||||
| Substrate Temperature | Touch dry (h) | Hard dry (h) | Recoat Interval | |
| Minimum | Maximum | |||
| 5°C | 4 | 36 | 36 h | 7 days |
| 23°C | 2 | 24 | 24 h | 7 days |
| 35°C | 0.5 | 18 | 18 h | 7 days |
| Storage | Store in a cool, dry environment |
|---|---|
| Shelf life | 1 year |
| Packaging Specifications | Component A: 20 kg in a 20 L container; Component B: 4 kg in a 4 L container |
| Flash Point | Above 23 °C |
| density | 1.40 kg/L |
Steel surfaces: abrasive blast clean to Sa 2.5 (ISO 8501:2007) or clean by hand/power tools to St 3.
Recommended number of coats: two coats by high-pressure airless spray, dry film thickness up to 200 µm. Previous coat system: inorganic zinc-rich primer, epoxy zinc-rich primer, etc.
Information is subject to the manufacturer's latest version; the manufacturer's latest TDS prevails.
The technical parameters on this page are taken from the product's original manufacturer technical datasheet, the copyright of which belongs to the manufacturer. If a rights holder considers the presentation inappropriate, contact us for verification and handling.
For more Q&A on selection, application, acceptance and defect diagnosis, seeFAQsection.
Packaging specifications and batch lead times are subject to actual availability. PleaseContact Uscontact us for project-based calculation.
