Flooring Monster
Otis Free monster with every flooring order

Call 0800 870 8795, Mon to Fri 10 to 4, Sat 10 to 3

Glue Down vs Click LVT: Which is Right for Your Space?

Deciding between glue down vs click LVT? Explore the pros and cons of each LVT installation method to choose the best flooring for your home or business.

When selecting new flooring, the choice between glue down vs click LVT is a critical decision that impacts installation, durability, and long-term performance. Understanding the distinct advantages of each method is essential to ensure your investment perfectly matches your project's demands, whether for a bustling commercial space or a serene residential setting. This guide will help you navigate these options, ensuring you make an informed choice for your LVT flooring.

Luxury Vinyl Tile (LVT) has emerged as a superior flooring solution due to its exceptional resilience, aesthetic versatility, and practical benefits. Unlike traditional flooring materials, LVT offers remarkable resistance to wear, scratches, and moisture, making it ideal for high-traffic areas and environments prone to spills. Its ability to mimic natural wood and stone with incredible realism, combined with its comfortable underfoot feel and sound-dampening properties, makes LVT a smart choice for both residential and commercial applications seeking durability without compromising on style.

Daytona, Flooring Monster's own range, combines a commercial-grade 0.55mm wear layer, 83% more than the 0.30mm most home vinyl carries, with a water resistant surface, so spills and mopping are not a problem. It is suitable over underfloor heating up to a surface temperature of 27°C and is guaranteed for 25 years residential and 10 years commercial. Daytona is available in glue-down plank and herringbone formats, with free UK delivery on any order size.

Explore Daytona, Flooring Monster's own range, for durable plank and herringbone flooring. Order free samples to compare the colours in your own space, or browse the full Daytona collection.