8 Truths About PVC Vinyl Flooring
PVC vinyl flooring has become a popular building material for public and commercial spaces such as hospitals, schools, shopping malls, and offices due to its advantages of being lightweight, wear-resistant, and fire-resistant. However, many people still have misunderstandings about it. Today, we will clarify them one by one!
Myth 1: PVC floor = plastic floor, toxic and not environmentally friendly?
The truth: The main component of PVC flooring is polyvinyl chloride (PVC), which is non-toxic and recyclable. It is widely used in medical devices (such as infusion tubes) and food packaging. Regular vinyl floorings have passed national environmental protection tests and do not contain harmful substances such as formaldehyde and benzene. When choosing, look for well-known brands and avoid low-priced and low-quality products that use glue containing formaldehyde.
Myth 2: PVC floor is PVC artificial leather, cheap but not durable?
The truth: PVC artificial leather and PVC floor are fundamentally different! PVC artificial leather has a thin or even missing wear-resistant layer, is flammable and easy to deform; while PVC flooring has a multi-layer structure (wear-resistant layer, stabilizing layer, etc.), a flame retardant grade of B1, and a wear resistance of more than 10 times that of ordinary floor.
Myth 3: PVC floor is flammable and has poor fireproof performance?
Truth: PVC flooring has passed the national flame retardant standard (B1 grade) test. In the test, the diameter of the burn mark after the alcohol cotton ball is burned must be less than 50mm, and it must be extinguished away from the fire source. The performance is far superior to ordinary floor leather.
Myth 4: Is it troublesome to install PVC flooring? Do you have to remove old tiles?
The truth: PVC flooring is easy to install! If the ground is flat, it can be laid directly. If the ground is uneven, it can be covered after self-leveling treatment. There is no need to remove the original floor tiles. The roll material can also use seamless welding technology, which is beautiful and efficient.
Myth 5: PVC floor is easily scratched and has a short lifespan?
Truth: The wear resistance of PVC flooring depends on the thickness of the surface wear-resistant layer. The national standard test uses a flat grinding disc for pressure grinding (not sharp scratches), and the commercial grade wear-resistant revolutions reach more than 1,500 revolutions, and the service life in high-density places can reach more than 10 years.
Myth 6: The thicker the flooring, the better the quality?
The truth: The quality of PVC floor has nothing to do with thickness! 1.8-4.5mm thickness can meet the needs of different scenarios (such as 1.8-2.3mm in office areas and 3.5-4.5mm in sports venues). The key lies in the thickness of the wear-resistant layer and the structural design.
Myth 7: Color difference = poor quality?
Truth: Slight color difference is normal! It is caused by differences in raw material batches and temperature and does not affect performance. It is recommended to use products from the same batch for the same project and reserve spare materials.
Myth 8: PVC flooring cannot be used for floor heating?
Truth: PVC flooring has excellent stability, is resistant to thermal expansion and contraction, and has better thermal conductivity than wooden floor, making it an ideal choice for floor heating space.
Tips for purchasing and using PVC flooring
Recognize the brand: choose a well-known brand that has passed environmental certification (such as CE, ISO) to ensure that the materials are safe and reliable.
Professional construction: The ground must be flat, use environmentally friendly glue, and avoid over-tightening the lock or illegal paving. Daily maintenance: Clean regularly (wipe with a wet mop), avoid cigarette burns or heavy objects dragging.
PVC vinyl flooring is becoming the preferred flooring solution for public and commercial spaces due to its high environmental protection, strong functionality and economy. Only by breaking the traditional cognition and scientifically utilizing its advantages can this "cost-effective material" truly empower the space!
