Decking Plank

Decking Plank is inorganic fiber cement board with natural wood grain for outdoor floor. It is an ideal choice to replace traditional antiseptic wood and WPC.

Size

Length
Width

3000mm
200mm

3000mm
300mm

Thickness

24mm

Please contact us for other dimensions.

Color

Plain
Latte
Carmine

Application

Outdoor decking for landscape architecture and scenic area
Floor panels for commercial and residential building

Physical Properties

Item	Index
Density	≥1.40 g/cm³
Bending Strength (Water Saturated)	≥14 Mpa
Water Absorption	≤28%
Moisture Movement	≤0.25 %
Anti-skid Value	≥35 BPN
Abrasion Resistance	≤0.15 g/100r
Water lmpermeability	Pass
Non-combustibility	Class A1
Freeze-thaw Cycles	Pass
Heat Rain Resistance	Pass
Warm Water	Pass
Soak-dry	Pass
Impact Resistance	Pass
Concentrated Load	≥500 kg
Uniform Load	≥800 kg
Radioactivity	lra < 1.0 ; Ir<1.0
Asbestos Content	100% Asbestos free

Benefits

Durable

New Element’s calcium silicate and fiber cement boards are durable, engineered to withstand the test of time. They are resistant to fire, rot, moisture damage, and termite damage, ensuring long-lasting performance in a variety of environments. Whether exposed to harsh weather conditions or high-traffic areas, these boards maintain their integrity and continue to perform reliably, offering excellent value for any construction project.
Speed of Installation

New Element’s calcium silicate and fiber cement boards offer speed of installation, similar to the efficiency of the Hardie™ Deck system. Their lightweight design and ease of handling significantly reduce installation time, making them ideal for projects that require quick turnaround. With minimal tools and a simple process, these boards ensure a fast, efficient setup without compromising on quality or durability.
Fire Resistant

New Element’s calcium silicate and fiber cement boards are fire resistant, meeting the highest standards for bushfire protection. They adhere to the Bushfire Attack Level Flame Zone (BAL-FZ), offering superior fire protection for structures in high-risk areas. This makes them an ideal choice for buildings in bushfire-prone regions, ensuring enhanced safety and resilience in the face of extreme fire conditions.