HYBRID PANELS
HYBRID PANELS
OVERVIEW
Hyboard™ is a new and innovative hybrid panel introduced to bring the best of both worlds of performance and efficiency. It has been designed to face the most stringent and challenging construction demands at an effective cost.
Hyboard™ is comprised of cement overlayed to gypsum to form a robust and durable single piece composite panel. It is impact-resistant, moisture resistant, and fire-resistant, and it holds sound insulation properties. Depending on the type of gypsum board backing used, this panel can achieve any of the properties offered by the board while being protected on the surface by the fire and impact resistant fiber cement skin.
- Customizable combinations (Gboard® and Cboard®)
- Low maintenance
- Lightweight
- Customizable combinations (Gboard® and Cboard®)
- Low maintenance
- Lightweight
Advantages
Combinations that are suitable for any performance requirements.
Used in areas where high technical performance is required. That includes fire rating, abuse resistance, moisture resistance, and sound resistance.
Surface Finishing
Painted (water or oil base paint)
Cladding (wallpaper, vinyl, wood…)
Joint filling with Ccoat™ All Purpose Joint Compound
Edge Types
Squared edge
Tapered Edge
STANDARDS
ASTM C 1396
ASTM C 473
ASTM C 518
Dimensions
Width: 1200, 1220mm
Length: 2000, 2400, 2440, 2500, 3000mm
Thickness: 12.5mm (4.5mm of Cboard & 8mm of Gboard)
*Varying dimensions available upon request
RECOMMENDATION
Cutting and scoring are completed from the front face of the panel.
Vertical screw spacing for the first layer of fiber cement boards is 25 cm, 50 cm for the second, and 75 cm for the third.
It is recommended to use Ccoat™ Multi-Purpose Joint Compound to treat joints or for skim coating.
STORAGE & HANDLING
Avoid contact with moisture or temperatures higher than 50°C for prolonged periods of time.
Store in a dry/ventilated area above ground level (not in direct contact with the ground).
Cover the boards with plastic sheets.
PHYSICAL SPECIFICATIONS
SPECIFICATIONS |
UNIT |
VALUE |
STANDARDS |
Thickness | mm | 12.5 | ASTM C1396 |
Density | Kg/m³ | 1110.79 | ASTM C1396 |
Weight per unit area | Kg/m² | 13.83 | ASTM C1396 |
Width of taper | mm | 43.7 | ASTM C1396 |
Flexural breaking load long edge | N | 813 | ASTM C1396 |
Flexural breaking load short edge | N | 513 | ASTM C1396 |
Nail pull strength | N | 615 | ASTM C1396 |
Bending radius | mm | 2120 | ASTM C1396 |
Humidified deflection | mm | 1.4 | ASTM C1396 |
Thermal conductivity | W/m.K | 0.1839 | ASTM C518 |
PHYSICAL SPECIFICATIONS
SPECIFICATIONS |
UNIT |
VALUE |
STANDARDS |
Thickness | mm | 12.5 | ASTM C1396 |
Density | Kg/m³ | 1110.79 | ASTM C1396 |
Weight per unit area | Kg/m² | 13.83 | ASTM C1396 |
Width of taper | mm | 43.7 | ASTM C1396 |
Flexural breaking load long edge | N | 813 | ASTM C1396 |
Flexural breaking load short edge | N | 513 | ASTM C1396 |
Nail pull strength | N | 615 | ASTM C1396 |
Bending radius | mm | 2120 | ASTM C1396 |
Humidified deflection | mm | 1.4 | ASTM C1396 |
Thermal conductivity | W/m.K | 0.1839 | ASTM C518 |