After floods ravage communities and earthquakes destroy homes, countless families lose their secure shelters. This triggers a triple challenge for post-disaster reconstruction: tight deadlines, urgent needs, and hazardous conditions. Temporary shelters must be rapidly deployed, while permanent housing repairs must withstand dampness and mold. Traditional flooring materials, with their slow installation and vulnerability to moisture, often slow down reconstruction efforts. SPC flooring emerges as the ideal solution for post-disaster reconstruction, offering the dual advantages of “one-day installation per room” and “waterproof performance that withstands submersion.” It provides a “safe and secure” living barrier for affected communities.
Quick Installation! One-Day Refresh for Rapid Temporary Shelter Deployment
In post-disaster reconstruction, “time is life.” Temporary shelters (such as prefabricated units or transitional housing) must swiftly provide disaster victims with shelter from the elements. Traditional flooring options—like ceramic tiles requiring cement mortar installation or solid wood flooring needing leveling and moisture barriers—typically demand 3-5 days for installation, far exceeding emergency needs.
Crucially, SPC flooring can be laid directly over existing surfaces like concrete or old tiles without removing damaged flooring, drastically reducing construction steps. Even at post-earthquake debris sites, installation can proceed swiftly once the ground is roughly leveled, enabling “ready-to-use” temporary shelters and saving precious time for displaced residents.
Waterproof! No worries about flooding, keeping permanent homes “mold-free”
After floods, housing floors remain submerged in standing water for extended periods. Traditional wood floors are prone to mold and rot, while tile grout easily harbors bacteria. Even after draining the water, lingering moisture continues to erode the floor, posing health risks. The “stone-plastic core layer” of SPC flooring fundamentally solves this “moisture problem.”
The core layer of SPC flooring is composed of limestone powder and PVC resin—both inherently non-absorbent and non-porous materials. Even after prolonged immersion in water, it exhibits no swelling, warping, or mold growth. Testing in a post-disaster reconstruction project revealed that after 72 hours of immersion in simulated floodwater, SPC flooring showed no water penetration on its surface, with the core layer remaining dry as before. In contrast, solid wood flooring tested concurrently exhibited noticeable swelling and cracking, while tile grout developed black mold.
Durability + Eco-Friendliness: Adding Assurance to Post-Disaster Living
Beyond “quick installation and waterproofing,” SPC flooring's ‘durability’ and “eco-friendliness” align perfectly with the long-term demands of post-disaster reconstruction. Post-disaster housing endures frequent foot traffic and furniture movement. The wear-resistant surface layer of SPC flooring resists scratches and impacts, remaining dent-free even under heavy loads. Its eco-friendly, formaldehyde-free composition (core layer contains no added formaldehyde; installation requires no adhesives) prevents indoor air pollution, making it especially suitable for vulnerable groups like the elderly and children.
Disasters are unforgiving, but reconstruction has a solution. With its core advantages of “rapid installation to save time” and “waterproofing to protect health,” SPC flooring has become an indispensable ally in post-disaster rebuilding. Moving forward, it will continue to provide flooring solutions tailored to emergency needs for more disaster-affected areas, helping homes reborn sooner and enabling every family to regain stability and warmth.
Choose GKBM, choose better SPC flooring. Contact info@gkbmgroup.com
Post time: Sep-15-2025
