Comparing Microcement to Other Surface Materials
Selecting the right surface material is a decision that extends beyond function — it’s a statement of design, a reflection of the space it inhabits. Among the many options available today in the world of high-end architectural finishes, microcement stands out for its balance of practicality and aesthetics. It’s emerged as a favored alternative to traditional materials such as epoxy and polished concrete. Here’s why.
Microcement Floors, Walls & Ceiling
At first glance, microcement, epoxy, and polished concrete may seem similar — all three are known for their hard-wearing nature and seamless appearance. However, upon closer inspection, each one reveals unique characteristics that make it suited for specific applications.
Microcement is a cement-based finish that is applied in thin layers using a hand trowel, directly over almost any existing hard surface. It has a wider versatility when it comes to design options and applications than the other materials.
Epoxy is a resin-based coating known for its strength and resistance to chemicals, stains, and moisture. It forms a glossy surface that can withstand the rigors of industrial environments. However, it doesn’t hold up well in external areas.
Polished Concrete is a ground-and-polished version of traditional concrete, resulting in a durable, smooth surface with a high sheen. Concrete can’t be applied over another substrate — it’s also heavier, thicker, and prone to cracking.
Keeping Up Appearances.
Before we get into performance, the first area of comparison is purely visual. All of these materials provide a seamless, joint-free finish.
But while both epoxy floors and polished concrete are defined by a glossy shine, microcement achieves a more tactile and ‘natural’ result like real concrete or even stone. That being said, our SEMCO engineers have formulated multiple sealers depending on your preference for either matte or shiny finishes.
Similarly, microcement has more potential for customisation in terms of colors and textures. Our X-Bond range, for example, has five textural variations and plenty of choice between shades — including any custom color you can think of!
A Product Without Limits.
Microcement is the chameleon of surface materials. It’s hand-applied in thin, lightweight layers and has excellent adhesion to existing materials without requiring removal — including tiles, concrete, wood, and plaster. This gives microcement remarkable versatility across an extensive range of applications on floors, walls, ceilings, and furniture in remodels and new builds alike.
Polished concrete, while durable, doesn’t have the same chemical bonding agents as microcement. It’s not recommended to pour a concrete slab over existing materials. It’s also installed as a heavy slab, holding you back in terms of intricate or lightweight applications. Epoxy, on the other hand, can be applied over a limited range of substrates at minimal thickness.
Unlike some other microcements, SEMCO Surfaces X-Bond is also suitable for wet areas. This includes showers, saunas, steam rooms, and fully submerged in pools. So if you love the idea of a seamless, grout-free finish in your bathroom — our SEMCO Surfaces microcement is the obvious choice. Similarly, X-Bond is UV-resistant and formulated specially to hold up in extreme temperature changes without cracking, making it a great choice in outdoor applications too.
In comparison, epoxy isn’t recommended outdoors, as it can turn yellow with UV exposure, crack or peel with temperature changes, and bubble or de-laminate when exposed to excessive moisture. Concrete has more resilience externally, but can be prone to cracking, particularly in regions with fluctuating temperatures like California and Florida.
Unlike traditional options, X-Bond Microcement ticks all boxes. Its ability to bond seamlessly with existing substrates makes it a practical choice for a range of applications, whether on floors, walls, ceilings, or even furniture — indoors and out.
In contrast, epoxy offers excellent performance in interior settings but falls short for applications exposed to UV light or extreme temperature fluctuations. Its limited versatility compared to microcement means it’s best suited for more specific, controlled environments. Similarly, polished concrete, while durable and elegant, lacks the adaptability that microcement provides, particularly when it comes to bonding to existing surfaces or offering a wide range of aesthetic possibilities.
Ultimately, microcement emerges as the superior choice for those seeking a surface material that offers enduring beauty, practical functionality, and limitless design possibilities.