6197 UMEGUARD SUPER H Epoxy Paint belongs to Epoxy. UMEGUARD SUPER H is a high-solids coating composed mainly of epoxy resin, special anti-abrasion additives and polyamide resin. Parameters on this page: volume solids 75 ± 2%, DFT 100–250 µm, theoretical spreading rate 0.133–0.333 L/m². Comparable models from the same brand: 5006 ALP 500 Epoxy Paint, 5055 BANNOH 500 Epoxy Paint, 5055D BANNOH 500 AC Epoxy Paint.
Parameter source: CMP original technical data sheet (TDS) "6197 UMEGUARD SUPER H Epoxy Paint"; 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 ± 2% |
|---|---|
| Dry Film Thickness | 100–250 µm |
| Theoretical Spreading Rate | 0.133-0.333 L/m2 |
| VOC | 244 g/L |
| Density / Specific Gravity | 1.56 g/mL |
| Number of Components | Two-component |
| Thinner | EPOXY THINNER A |
| Mixing Ratio | Base : curing agent = 83:17 (by volume) |
| Colour / Appearance | Light grey, red-brown |
UMEGUARD SUPER H is a high-solids coating composed mainly of epoxy resin, special abrasion-resistant additives and polyamide resin.
It has excellent abrasion resistance and dries quickly to form a hard film with excellent abrasion resistance.
It is suitable as a topcoat for cargo holds.
| Type | Epoxy |
|---|---|
| Use | Cargo holds, void spaces, cofferdams. |
| Mixing Ratio | Base : curing agent = 83:17 (by volume) |
|---|---|
| Colour | Light grey, red-brown |
| Flash Point | Base 26.0°C, Hardener 24.5°C |
| Density | 1.56 g/mL |
| Volume Solids | 75 ± 2% |
| Volatile organic compound content | 244 g/L |
| Theoretical spreading rate | 0.133-0.333 L/m2 |
| Thickness | WFT 133–333 µm |
| Dry film | 100–250 µm |
(dry film 150 µm)
| Temperature | 15 °C | 20 °C | 30 °C | |
| Drying Time | Surface Dry | 1 h | 30 min | 20 min |
| Hard Dry | 16 h | 12 h | 8 h | |
| Recoat interval | At least | 16 h | 12 h | 8 h |
| At most | 10 days | 10 days | ||
| Pot life | 14 h | 8 h | 5 h | |
| Application method | Airless spray, brush, roller |
|---|---|
| Weather: temperature | Minimum 15 °C |
| Humidity | Maximum 85% RH |
| Airless spray: viscosity | 1.6-2.0Pa.s |
| Nozzle | Graco619, 719 |
| Paint output pressure | 14.7-17.7 Mpa |
| Spray gun speed | 60–80 cm/s |
| Thinner | EPOXY THINNER A |
| Thinning | 0–15% by volume |
| Preceding coat | NZ PRIMER S, EPICON ZINC RICH PRIMER B-2 |
| Subsequent coat | - |
| Packaging | Two-component |
Note: 1. In confined spaces or restricted spaces at low temperature, ventilation is necessary to remove volatilised solvent and promote film formation during application and drying.
2. Stir the base with a mixer until homogeneous, then add the curing agent and mix with a power mixer. Then add the appropriate amount of thinner and mix.
3. Excessive solvent may reduce sag resistance.
4. Drying time before first cargo loading:
| Dry film thickness/temperature | 10°C | 20°C | 30°C |
| 200 µm (days) | 18 | 10 | 6 |
| 350 µm (days) | 27 | 15 | 9 |
5. Density, volume solids and VOC content are theoretical calculated values based on the formulation (grey) without thinner. Values vary with colour, production process and local regulations.
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.
