Revolutionizing safe design with our Polyceramic Barrier Technology. This cutting-edge innovation not only makes our safes up to 40% lighter, facilitating easier installation in diverse settings, but also maintains rigorous security standards. Embracing sustainability, this technology reduces environmental impact while ensuring robust protection
Lightweight by Function
The PolyCeramic Barrier Technology enables the safes to be up to 40% lighter than traditional composite safes. This weight reduction is crucial for installations where structural limitations of buildings might restrict the use of heavier safes, including those in historical buildings, upper floors of multi-story buildings, and spaces with limited load-bearing capabilities.. It makes the safes more accessible and easier to install in a variety of locations without the need for extensive reinforcements.
Environmental Sustainability
This technology aligns with modern environmental standards by reducing the amount of material used and focusing on more sustainable components. The lighter weight also means less energy consumed during transportation and installation, further lowering the carbon footprint associated with these safes.
Why PolyCeramic Barrier?
Polyceramic Barrier Technology offers safes that are up to 40% lighter, simplifying installation without sacrificing security. This innovative material withstands severe physical attacks, ensuring your valuables are protected. Additionally, it's environmentally friendly, minimizing the carbon footprint during production and transport. Investing in this technology means choosing advanced, sustainable security that meets modern protection needs efficiently.
Our mission at Legion is to secure your investments while advancing the cause of environmental responsibility.
Surpassing Security Ratings
Despite the lighter weight, this technology does not compromise on security. The PolyCeramic material provides robust resistance against attacks, including drilling, cutting, and other forms of tampering that are common in burglary attempts. Surpassing UL TL-30 and UL TL-30x6 tests.