Calcium silicate boards are widely used for ceiling fire protection due to their superior heat resistance, strong insulation performance, and reliable structural strength. They help slow down flame spread, minimize heat impact on lower spaces, and improve evacuation safety.
Calcium silicate boards effectively delay heat transfer, protect tunnel structures, and provide reliable passive fire protection. In addition, their durability and dimensional stability ensure long-term safety and reduced maintenance costs.
Calcium silicate boards act as the core fire-resistant material in fireproof doors, providing high-temperature resistance, structural stability, durability, and reliable insulation to ensure the doors effectively block flames, smoke, and heat, enhancing overall fire safety in commercial, industrial, and public buildings.
Calcium silicate boards provide reliable structural steel protection with excellent fire resistance, low thermal conductivity, high-temperature stability up to 1200°C, lightweight installation, long-term durability, pest and moisture resistance, and stable dimensions for consistent, effective fire and thermal insulation performance.
Calcium silicate boards combine extreme fire resistance, low thermal conductivity, and structural stability, making them a dependable material for fire damper linings in HVAC and high-risk fire protection systems.
Calcium silicate boards offer high fire resistance up to 1200°C, lightweight installation, long-term durability, low thermal conductivity, and dimensional stability, making them ideal for commercial fire partition systems.
Protecting them during a fire is crucial, not only to safeguard property but also to ensure the safety of occupants. Calcium silicate boards have emerged as a leading material for creating fire-rated E&M (Electrical and Mechanical) enclosure systems that shield these vital systems from heat, smoke, and toxic fumes.
Fire protection inside a building’s ductwork system often gets overlooked, yet it plays a critical role in preventing flames and smoke from spreading through air channels. The materials surrounding these ducts determine how well a building performs under fire exposure and how quickly the fire can be contained. Take New Element calcium silicate boards for ductwork systems as an example—these boards show how the right insulation solution can significantly upgrade safety performance without complicating installation or long-term maintenance.
Industrial facilities such as factories and power plants face inherent risks from combustible materials, pressurized systems, and chemical reactions. A key safety concern in these environments is managing explosions to minimize damage to structures and protect lives. Explosion-proof fiber cement board has emerged as an essential material in designing effective explosion protection systems, offering both strength and reliability for critical applications.
