Blog

Modern commercial buildings rely on raised access floors to manage electrical, HVAC, and data infrastructure efficiently. These systems create an accessible void beneath the flooring surface, allowing flexible cable routing and maintenance without disrupting daily operations.

Underfloor heating systems are becoming a standard in modern architecture — from energy-efficient homes to modular and prefabricated buildings. These systems distribute heat evenly across interior spaces, improving comfort while reducing energy consumption.

Noise control is a key priority in today’s multi-storey residential, commercial, and modular buildings. From footsteps on upper floors to mechanical vibrations or impact noise, unwanted sound can quickly reduce comfort and perceived quality.

Retrofitting and upgrading existing buildings is becoming more common, especially as businesses and homeowners seek modern finishes without full demolition. Fiber cement boards are

Correct screw spacing and proper joint gaps are essential for the long-term performance of fiber cement façade systems. These details directly affect durability, stability, and surface appearance

Industrial buildings, power plants, and high-performance modular structures face extreme temperature swings. When materials expand and contract rapidly, weaknesses appear — cracks

Fiber cement boards are engineered for high durability, impact resistance, and long-term performance in façades, interior partitions, and modular building systems. But even the strongest board

Façade materials must withstand daily exposure to sunlight, heat, and weather cycles. Among these factors, UV radiation is one of the most damaging, causing fading, discoloration, and long-term surface deterioration.

In most cases, exterior sheathing boards do not fail because the material is weak — they fail because they were installed incorrectly.
Boards crack, absorb moisture, warp, delaminate, or even collapse behind the façade