conductive epoxy coatingDesign Usage 1. Suitable for coatings with high anti-corrosion performance requirements on steel or concrete floors that require electrostatic conductivity. |
1. Excellent static conductive properties;
2. Cathodic protection for steel surfaces;
3. Excellent chemical resistance;
4. The paint film is hard, wear-resistant and collision-resistant;
5. Strong adhesion to steel and concrete surfaces.
3. Excellent chemical resistance;
4. The paint film is hard, wear-resistant and collision-resistant;
5. Strong adhesion to steel and concrete surfaces.
Product Composition:
Special epoxy resin + pigment + filler + advanced conductive material + solvent + additives, etc.
Special epoxy resin + pigment + filler + advanced conductive material + solvent + additives, etc.
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Technical Indicators:
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| Item | Index |
| Color |
Various Colors
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| Viscosity | (15.25±1ºC) 80 ≤ s ≤ 100 |
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Solid content
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≥ 50%
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Adhesion
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Level 1 |
| Flexibility | 1mm |
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Impact resistance
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≥ 50 (kg·cm) |
| Hardness | ≥ 0.5 (double pendulum) |
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Surface Resistivity
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≤ 109Ω |
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Volume Resistivity
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105-108 (Ω·m) |
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Heat Resistance
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160ºC-180ºC |
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Minimum Curing Temperature
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10ºC |
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Construction Parameters:
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| Item | Index | |
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Component
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Two components A and B
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Weight Ratio
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A : B = 4 : 1 | |
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Theoretical Coating Rate
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4-5m2/kg (Average value, smooth surfaces are not included in the loss) |
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Paint Film Thickness
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WFT | 175μm |
| DFT | 80μm | |
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Applicable Time (25ºC)
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3h | |
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Aging Time (25ºC)
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0.5h | |
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Drying time (25±1ºC)
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Surface drying | 8h |
| Actual drying | 24h | |
| Fully cured | 7d | |
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