Supreme S650 PHOS Minimal Sliding Insulated System

The Supreme S650 PHOS, a thermally insulated sliding system, is the perfect choice for projects that demand wide expanses with minimal aluminum sightlines. This system allows for the creation of expansive yet elegant glazing surfaces, all while upholding exceptional functionality, top-tier performance, and a minimalist architectural design.

Category:

Description

Key Benefits

  • Leading the Way in High-End Solutions: We distinguish ourselves in the market by offering high-end systems that align with the latest trends in modern architecture.
  • Expanding Clientele: Our high-end products attract a broader clientele, making them particularly well-suited for upscale projects.
  • Exceptional Quality: The system is renowned for its outstanding quality, supported by certified performance that meets or exceeds industry standards.
  • Versatile Typologies: It provides a diverse range of typologies, accommodating various architectural preferences and needs.
  • Accessibility Compliant: Our system adheres to specifications for individuals with special needs, ensuring inclusivity in design.
  • Installation Options: You can choose from three alternative installation solutions: on-floor installation, in-floor installation, or a completely concealed in-floor installation covered with the floor finish (in the SUPREME S650 PHOS Eclipse version).
  • Automated Sliding Sashes: An alternative version with automated sliding sashes, known as SUPREME S650 e-MOTION, is also available for added convenience.
  • Ideal for Wide Spans: This system is specifically designed for wide spans, making it perfect for large architectural projects.
  • Tailored for Hotels: It provides solutions ideal for hotels, catering to their specific needs and requirements.
  • User-Friendly Operation: The system ensures maximum ease of use and exceptional functionality, offering a seamless experience for users.
  • Resilience in Extreme Conditions: It is engineered to withstand increased static loads and function effectively, even in severe weather conditions.