RelWOOD®, from Reliance Industries, is a next-generation engineered wood material developed to redefine how interiors and built environments are designed, specified, and experienced. Created using advanced polymer technology, RelWOOD® is engineered as a superior alternative to conventional plywood, MDF, and other wood-based boards—without the limitations traditionally associated with them.
At its core, RelWOOD® is designed for health, safety, and long-term performance. It is VOC emission–free, as it uses no formaldehyde or harmful binders, eliminating the risk of indoor air pollution. In addition, RelWOOD is Food Grade Certified, making it safe for use in kitchens, food preparation areas, healthcare facilities, and other sensitive environments where material safety and hygiene are paramount.
RelWOOD® delivers exceptional durability across applications. It is 100% waterproof, 100% termite-proof, UV resistant, and fire retardant, ensuring dimensional stability and consistent performance even in high-moisture, high-traffic, or demanding environments. Its acoustic performance further enhances comfort in residential, commercial, and institutional spaces.
Beyond performance, RelWOOD® offers unmatched design versatility. The material is mouldable and easy to fabricate, enabling it to be curved, shaped, profiled, and customised in ways that are difficult or impossible with traditional wood-based panels. This freedom allows architects and designers to execute complex geometries, seamless surfaces, and contemporary design expressions without compromise.
Trusted by leading architects and designers, RelWOOD® has been used in marquee projects and public infrastructure projects, including airports, riverfront developments, and large-scale civic spaces—where durability, safety, and reliability are non-negotiable.
Backed by Reliance Industries’ material science expertise and commitment to sustainable innovation, RelWOOD® is not just a panel material—it is a future-ready solution for healthier, smarter, and more responsible built environments.