Challenges of Fixing Natural Stones in Modern Constructions
11th Jul, 2023
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Check out the biggest trends of the season and our expert take on them.
In high-moisture areas like bathrooms, cement grout’s porous nature makes your tile installation prone to seepage and dampness. Over time, this moisture can spread beyond the tiled surface, leading to peeling paint, mould growth on adjoining walls, musty odours, and even structural damage in nearby rooms. This not only undermines hygiene but also affects the overall longevity and appearance of your home. In such demanding wet environments, a waterproof epoxy grout like Roff Starlike proves indispensable, sealing surfaces against persistent moisture.
Performance is another concern. In high-traffic zones or areas prone to thermal expansion, cement grouting material is more likely to crack. These fractures compromise both durability and aesthetics, leaving tiled surfaces vulnerable to water damage and long-term deterioration. For designers tasked with ensuring both form and function, these weaknesses highlight the need for alternatives.
In food preparation spaces, grout is constantly exposed to grease and stubborn stains. With cement grout, these quickly seep in, leading to discolouration and creating a breeding ground for germs and mould that compromise kitchen hygiene and safety. Epoxy grout, like Roff Starlike, on the other hand, is stain-proof and food-grade, creating a resilient, hygienic finish that keeps kitchens looking clean and fresh for longer.
Exposed to sun, rain, and constant temperature fluctuations, outdoor tile installation pushes cement grout to its limits. The material often cracks and shrinks under these conditions, allowing water ingress and causing tiles to loosen over time. Prolonged UV exposure can also lead to colour fading, dulling the overall appearance of the tiled surface. Epoxy grout solutions, such as Roff Starlike, are specially formulated for UV resistance and weather changes, helping sustain tile integrity and appearance in these demanding environments.
In environments such as hospitals, laboratories, and factories, tile installation is constantly exposed to chemicals, staining agents, and even harsh acids. Cement grout often falters under this strain, absorbing contaminants and showing surface damage. Epoxy grout solutions such as Roff Starlike, with their superior chemical and stain resistance, provide a seamless, hygienic finish that meets the uncompromising standards of these demanding spaces.
Recognising the limitations of cement grout and making informed material choices in tile installation not only prolongs durability but also enriches the user’s experience. In demanding applications, epoxy grout becomes a subtle yet powerful ally that protects surfaces, enhances aesthetics, and ensures enduring functionality.
Choose Roff Starlike epoxy grout to take your tile installation to the next level of durability and design.
FAQ #1: Is epoxy grout better than cement grout for waterproofing?
Yes. Epoxy grout is non-porous and creates a stronger, water-resistant seal than cement grout, helping prevent seepage and mould. That said, it should always be used alongside proper waterproofing solutions for complete protection.
FAQ #2: Can epoxy grout be used for broken tile repair?
Yes. Epoxy grout, such as Roff Starlike, offers strong adhesion that helps secure replacement pieces firmly in place, while its wide range of shades allows repairs to blend naturally with the existing tile installation. For lasting results, ensure the damaged area is properly cleaned and prepped before applying the grout.
FAQ #3: How do you install tiles using epoxy grout?
The process is similar to cement grout application – clean the surface, mix the base with hardener, apply the grout evenly, and wipe away the excess – but epoxy sets faster and lasts longer. With two-component epoxy grouting, such as Roff Starlike, preparation is easy, and the mix remains consistent for smooth application.
This approach ensures the wall isn’t just ‘ready’ but rather bonded to the wall tile adhesive system.
