News

So, which should you choose—flat or wave tiles? If you’re weighing your options, the following guide will help clarify the strengths of each type, making it easier to select the best fit for your project.

MODERN DESIGN OR TRADITIONAL LOOK?

Flat tiles offer a sleek, minimalist surface that exudes modern elegance. This style is often favored by architects designing in minimalist, Nordic, Japanese, or contemporary aesthetics.

Photo: Viglacera T06 flat tiles used in a residential project in Tiên Lữ, Hưng Yên

On the other hand, wave tiles feature gently undulating surfaces, creating a cozy, familiar look. These are ideal for more traditional structures such as Thai-style roofs, three-compartment houses (nhà ba gian), or heritage-style townhouses.

Photo: Viglacera S06 wave tiles in Hưng Yên

Each tile type complements different architectural styles and climates. If your project leans modern and minimalist, flat tiles are a great match. Their smooth, uniform surface gives the entire roof a refined, luxurious appearance. Conversely, for homes with a traditional or classical character, wave tiles feel more harmonious. Their soft curves evoke warmth and blend seamlessly with natural surroundings—especially striking on steep-pitched roofs.

DURABILITY AND WATERPROOFING PERFORMANCE

Both tile types are highly durable, but their surface structures lead to different waterproofing strategies:

• Flat tiles have excellent sealing capability. Their tight-fitting surfaces effectively block rainwater and reduce leakage risks.

• Wave tiles offer faster water runoff thanks to the wave channels that direct rain downward efficiently, reducing water stagnation.

Your choice should depend on roof slope and local climate. For low-slope roofs or areas with heavy rain, understanding each tile’s water handling is crucial.

SOUND AND HEAT INSULATION

• Flat tiles, with their solid structure and simple design, provide superior soundproofing and thermal insulation. They help maintain a quiet, cool interior in summer and retain warmth in winter.

• Wave tiles, thanks to their grooves, promote natural air circulation, offering better thermal regulation and noise absorption—especially useful in noisy urban environments.

Each tile type offers distinct advantages in sound and thermal performance. Image: Internet

WEIGHT AND ROOF STRUCTURAL REQUIREMENTS

• Flat tiles tend to be heavier, requiring a more robust roof structure to support their weight.

• Wave tiles are lighter, easing structural load and making them easier to install—especially on smaller or residential buildings.

SO, FLAT OR WAVE TILE?

There’s no universal “best tile”—the right choice depends on your design goals, budget, and project conditions.

If you’re unsure where to start, explore Viglacera’s premium glazed tile collections, which include both flat and wave tile designs. Their diverse offerings make it easy to find a roofing solution that’s aesthetically pleasing, durable, and in line with your architectural vision.

VIGLACERA PREMIUM GLAZED TILES: WHERE BEAUTY MEETS PERFORMANCE

Viglacera's flat and wave tiles offer a wide range of design choices to suit any construction style.

If you’re looking for roof tiles that combine lasting beauty with top-tier performance—waterproofing, heat insulation, and enduring aesthetics—Viglacera’s premium glazed tiles are a standout choice.

With over 50 years of experience in building materials, Viglacera offers a high-quality range of glazed roof tiles in both flat and wave formats. These tiles are engineered to meet diverse aesthetic and technical demands—whether for modern or traditional architecture.

Manufactured using advanced glazing technology, Viglacera tiles retain their vibrant colors over time, while enhancing resistance to moss, facilitating fast drainage, and protecting roofs from extreme weather.

What sets Viglacera apart is its ceramic tile body structure, delivering superior hardness and impact resistance. This minimizes cracking from sudden temperature changes—an essential feature for long-lasting roofs in Vietnam’s tropical climate.