Rubber flooring failures are most often linked to subfloor conditions rather than the material itself. Common issues include residual slab moisture, improper adhesive selection, insufficient acclimation, or inadequate surface preparation. Rubber flooring relies on full adhesive transfer and stable substrates—when moisture vapor transmission, pH levels, or slab flatness are outside manufacturer tolerances, bond loss and edge curling can occur. Proper testing and preparation are critical to long-term performance.

Yes. Rubber flooring is less forgiving than many resilient systems and often requires tighter subfloor tolerances. Unlike floating or rigid vinyl products, rubber flooring is typically fully adhered and sensitive to slab porosity, smoothness, and moisture conditions. Excessive surface texture, adhesive incompatibility, or unmitigated moisture can compromise bond strength. Subfloor preparation may include mechanical grinding, skim coating, moisture mitigation, and adhesive selection specific to rubber compounds.

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Rubber flooring performs exceptionally well in high-traffic and impact-heavy environments when properly specified and installed. Its resilience, slip resistance, and shock absorption make it ideal for gyms, healthcare spaces, and educational facilities. However, performance depends on correct system selection, adhesive compatibility, and substrate preparation. In high-use environments, attention to seam treatment, expansion considerations, and maintenance planning is essential to maximize service life.

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