MB-78EI90 Fire-rated 2-sash Window by Aluprof – Advanced Aluminum Window System
The MB-78EI90 Fire-rated 2-sash Window from Aluprof is a high-performance aluminum window solution designed to combine safety, durability, and sleek aesthetics. Engineered specifically for demanding architectural projects, this window system offers advanced fire resistance without compromising on thermal insulation or structural integrity.
Featuring a dual-sash design, the MB-78EI90 excels in providing enhanced fire protection classified to EI90 standards, ensuring up to 90 minutes of fire resistance. Its robust aluminum frame is meticulously crafted to withstand extreme conditions while maintaining excellent thermal and acoustic insulation properties. The innovative construction supports various glazing options, including fire-resistant glass, allowing architects and builders to meet strict fire safety regulations seamlessly.
With a focus on both functionality and design, the MB-78EI90 delivers outstanding airtightness and water tightness, making it ideal for modern commercial and residential buildings that demand both safety and comfort.
- Fire resistance up to 90 minutes (EI90 certified)
- Durable aluminum frame with superior thermal insulation
- 2-sash design for enhanced functionality and aesthetics
- Compatibility with various types of fire-resistant glazing
- High airtightness and water tightness performance
- Optimized for modern architectural requirements
- Commercial office buildings requiring fire safety compliance
- High-rise residential complexes
- Public institutions such as schools and hospitals
- Industrial facilities with strict safety standards
- Architectural projects emphasizing durability and design
Aluprof’s MB-78EI90 Fire-rated 2-sash Window stands out in the aluminum window systems category by delivering a rare combination of reliable fire resistance, thermal efficiency, and elegant design. Trusted by architects and builders worldwide, the brand ensures that each installation meets the highest standards of safety and performance.