All types of Fibre Cement Board are available in stock:
Low Density | Medium Density | High Density
What is Fire Resistant Fibre Cement Board?
It is mainly made of Portland cement, natural plant fiber, and fire resistant mineral substance, etc., and after pulping, forming and high-temperature autoclave curing, and then drying and surface treatment. The product features light weight, high strength, and particularly excellent fireproof performance.
Features
Fire resistant Fibre Cement Boards in 6 mm thickness are having 60 minutes fire rating and insulation. The fire resistance can be increased by increasing the number of layers.
1. Moisture proof
Board can still maintain stable performance and strength in the place with high humidity, or directly in contact with water, and show excellent humidity resistance.
2. High strength
Board has high strength and excellent impact resistance, can be used as indoor partition wall in crowded areas such as airport, school, large meeting center, etc.
3. Easily Shape
Board shows excellent flexibility for bending and shaping (if bending and shaping are necessary, it is recommended to use thin boards), and can meet special functional requirements in terms of indoor decoration and acoustic reflection.
4. Easy processing
Can be cut into pieces of various dimensions and shapes, perforated, used as sound adsorption component, ceiling or partition wall. It is highly versatile.
5. Mold and insect prevention
Major materials of is inorganic substances, such as Portland cement, quartz sand, which prevents the growth of mildew or microorganism and can prevent mold and insect.
6. Eco-friendly
It is made of natural raw material, 100% free from asbestos, formaldehyde or other hazardous materials. It is non-radioactive, and granted with “Environmental Product Certification”.
Thickness (mm): 3.5, 4, 5, 6, 8, 9, 10, 12, 15, 20
Standard (mm): 2440 X 1220
density (g/cm³): ≥1.15
Horizontal breaking strength (N/mm²): 12
Vertical breaking strength (N/mm²): 9
Wet inflation rate no higher than (%): 0.2
Thermal conductivity(W/m•K): 0.35
Incombustibility performance:A1