Creating beautiful spaces goes hand in hand with ensuring they are safe, healthy, and durable. At Bodaq, we’ve always been committed to delivering premium interior film solutions that transform surfaces with style and functionality. Today, we’re proud to share an important milestone: Bodaq Interior Films have successfully passed ASTM testing, officially certifying our surfaces for no growth of fungus or bacteria.
What This ASTM Certification Means
The ASTM (American Society for Testing and Materials) standards are recognized worldwide for ensuring product quality and safety. By meeting these rigorous requirements, Bodaq Interior Films are now certified antimicrobial surface finishes, proven to resist the growth of harmful microorganisms.
For designers, architects, and property owners, this means:
Healthier interiors – Certified to prevent fungal and bacterial growth, keeping surfaces hygienic.
Peace of mind – Performance backed by internationally recognized ASTM standards.
Long-lasting quality – Durable finishes that maintain cleanliness even in high-traffic or high-moisture areas.
Why This Matters for Your Interior Design Projects
Whether it’s a hotel, office, healthcare facility, or residential space, surfaces play a critical role in maintaining safe and comfortable environments. With this ASTM certification, Bodaq Interior Films are not just design-forward solutions, but also a trusted choice for hygienic interior design materials.
Ideal applications include:
Hospitality interiors where cleanliness drives guest satisfaction.
Healthcare and wellness facilities with strict hygiene standards.
Kitchens, washrooms, and moisture-prone spaces that need easy-to-clean, antimicrobial finishes.
Commercial and residential renovations where style and safety must go hand in hand.
Design Without Compromise
At Bodaq, we believe you should never have to choose between aesthetics and performance. Our wide range of designs — from natural woodgrains to sleek metallics and modern textures — now come with the added benefit of certified antimicrobial resistance.
