LVT (Luxury Vinyl Tile) and LVP (Luxury Vinyl Plank) are popular types of resilient flooring options that mimic the look of natural materials like hardwood, stone, or ceramic tiles. They have several similarities, but there are also crucial differences between the two:
LVT: Luxury Vinyl Tile is designed to mimic the appearance of ceramic or natural stone tiles.
It is typically square and comes in various sizes.
LVP: Luxury Vinyl Plank resembles the look of hardwood flooring. It comes in long, rectangular planks that closely resemble traditional wood planks.
LVT: This type of flooring is known for its versatility and can mimic a wide range of stone or tile designs, including marble, travertine, and slate.
LVP: LVP is designed to replicate the look of various hardwood species, including oak, maple, walnut, and more.
– Both LVT and LVP are known for their ease of installation.
They can be installed using various methods, including click-lock systems, glue-down, or loose lay.
LVT: Generally, LVT tends to be thinner than LVP, which can affect its durability in high-traffic areas.
LVP: Luxury Vinyl Plank is usually thicker, which can provide additional durability and stability, especially in areas with heavy foot traffic.
– Both LVT and LVP are highly durable and are known for their resistance to scratches, stains, and moisture.
However, because LVP is typically thicker, it may be more wear-resistant over time.
LVT and LVP are suitable for a wide range of applications, including residential and commercial settings.
They are commonly used in kitchens, bathrooms, living rooms, and even in some high-traffic commercial spaces.
Generally, LVT and LVP are considered more affordable alternatives to natural stone, ceramic tiles, or hardwood flooring.
However, prices can vary depending on factors like brand, quality, and design.
Both LVT and LVP are relatively easy to maintain.
Comfort and Insulation:
LVP tends to be slightly more comfortable underfoot due to its thickness. It also provides a bit more insulation against cold temperatures compared to LVT.