SPE904-M Heat-resistant Vinyl Ester Resin Glass Flake Coating is a heat-resistant coating in a vinyl ester coating system. Suitable for areas requiring heat resistance, such as raw flue, bypass flue and flue gas reheater. — Good resistance to temperature changes, fatigue resistance and adhesion. Parameters on this page: dry film thickness 800–1000 µm, theoretical spreading rate 0.70 m²/kg, number of components: three.
Parameter source: OSAKA manufacturer's Technical Data Sheet (TDS) "SPE904-M Heat-resistant Vinyl Ester Resin Glass Flake Coating (≤200°C)"; values such as spreading rate are converted according to TDS parameters and are for product 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 | 96% |
|---|---|
| Dry Film Thickness | 800–1000 µm |
| Theoretical Spreading Rate | 0.70 m²/kg |
| VOC | <40 g/L |
| Density / Specific Gravity | 1.40 kg/L |
| Number of Components | Three-component |
| Thinner | OUP 115, recommended addition 3%–5% |
| Mixing Ratio | Component A : Component B : Component C = 20 : 0.3 : 0.2 (by weight) |
| Colour / Appearance | White, light green or other colours as specified by the customer |
Three-component. It consists of a dedicated heat-resistant phenolic vinyl ester resin, coarse glass flakes of 20–80 mesh flake size, other pigments and fillers, a small amount of reactive thinner and additives. At application, mix uniformly according to the specified ratio before use. — Excellent abrasion resistance and hardness. — Good resistance to temperature changes, fatigue resistance and adhesion. — Strong resistance to media permeation. — Excellent chemical resistance.
Suitable for areas with heat-resistance requirements, such as original flues, bypass flues and flue gas reheaters. Also suitable for some areas in contact with other chemical media.
| Colour | White, light green or other colours as specified by the customer |
|---|---|
| Volume Solids | 96% |
| Dry Film Thickness | 800–1000 µm |
| Theoretical Spreading Rate | 0.70 m²/kg |
| Practical Spreading Rate | Allowing a suitable loss |
| Volatile organic compound content | <40 g/L |
| Mixing Ratio | Component A : Component B : Component C = 20 : 0.3 : 0.2 (by weight) |
|---|---|
| Induction Time | No induction required |
| Brush or roller | Recommended. |
| Thinner | OUP 115, recommended addition 3%–5%. |
| Paint equipment cleaner | OUP 115 |
| Pot life | 15 °C: 60 min; 23 °C: 35 min; 35 °C: 15 min |
| Drying Time | |||||
| Substrate Temperature | Touch dry (h) | Hard dry (h) | Fully cured | Recoat Interval | |
| Minimum | Maximum | ||||
| 15°C | 8 | 8 days | 8 h | 36 h | |
| 23°C | 4 | 4 days | 4 h | 24 h | |
| 35°C | 2 | 2 days | 2 h | 12 h | |
| Storage | Store in a cool, dry environment |
|---|---|
| Shelf life | 1 year |
| Packaging Specifications | Component A: 20 kg in a 20 L container; Component B: 0.3 kg in a 300 mL plastic bottle; Component C: 0.2 kg in a 300 mL plastic bottle |
| Flash Point | Above 32 °C |
| density | 1.40 kg/L |
Primed surfaces shall be kept clean and dry.
Application conditions: ambient temperature 5–40 °C, substrate temperature at least 3 °C above the dew point, and good ventilation at the application site.
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.
