FAQ

Q: What are the main benefits of the "Hollow" structure in UPVC tiles?
A: The hollow (twin-wall) design creates an internal air chamber that acts as a natural barrier. This significantly improves thermal insulation, keeping interiors up to 8°C-10°C cooler in summer, and provides excellent acoustic insulation by absorbing noise from heavy rain or hail.

Q: Are UPVC Hollow Tiles strong enough to handle heavy loads?
A: Yes. Despite being lightweight, the internal "ribbed" structure provides high longitudinal and transverse strength. This cellular design offers a superior strength-to-weight ratio, allowing the tiles to withstand significant wind pressure and snow loads in industrial applications.

Q: How do these tiles perform in corrosive chemical environments?
A: They perform exceptionally well. UPVC is naturally resistant to acids, alkalis, and salts. Because the material is non-corrosive throughout, our UPVC Hollow Tiles are perfect for chemical plants, plating factories, and coastal warehouses where metal roofing would quickly rust.

Q: Will the air inside the hollow chambers cause expansion or cracking?
A: No. Our tiles are engineered with high-quality stabilizing agents and precise wall thickness to manage thermal expansion. The hollow structure actually helps distribute thermal stress more evenly than solid sheets, preventing warping or cracking in extreme temperature fluctuations.

Q: Is the installation of hollow tiles different from standard PVC tiles?
A: The installation process is very similar and highly efficient. However, we provide specialized waterproof end-caps to seal the hollow chambers at the eaves. This prevents dust, insects, or moisture from entering the internal structure, maintaining the tile’s insulation properties and aesthetic for decades.