Reinforced Window Solutions

View More

REHAU's ARTEVO™ Tilt-Turn Windows and Doors Maximize Energy Savings

REHAU is launching ARTEVO, a tilt-turn window and door series that features RAU-FIPRO® glass-fiber reinforced PVC. This premium solution features a RAU-FLECT Low-E insert and weldable PVC component to optimize recycling and thermal insulation, allowing consumers to feel comfortable even in extreme weather conditions.

The ARTEVO window system provides an elevated take on window design with its ultra-slim frame and sash height of just 4-19/32 inches (117 mm). This minimalist profile creates a larger glass surface area, allowing more natural light to flood home interiors while delivering expansive, uninterrupted panoramic views. This helps reduce heating and cooling costs, assisting consumers to save money without compromising comfort.

Whether used in residential or commercial applications, ARTEVO offers a robust solution that prioritizes energy savings, durability, and premium design.
Trend Themes
1. Energy-efficient Architectural Solutions - Innovations in RAU-FIPRO® glass-fiber reinforced PVC enhance energy savings and insulation in modern window designs.
2. Minimalist Window Design - The ARTEVO™ window series epitomizes minimalist aesthetics with ultra-slim frames that maximize natural light and panoramic views.
3. Sustainable Construction Materials - The integration of weldable PVC components in ARTEVO windows enhances recyclability and aligns with sustainable building practices.
Industry Implications
1. Green Building Materials - RAU-FIPRO® glass-fiber reinforced PVC and RAU-FLECT Low-E inserts drive advancements in eco-friendly construction materials.
2. Home Improvement - Enhanced energy-saving features in ARTEVO™ tilt-turn windows present significant improvements for the residential window market.
3. Commercial Real Estate - Commercial properties benefit from ARTEVO’s robust, energy-efficient design that promises durable and visually appealing windows and doors.

Related Ideas

Similar Ideas
VIEW FULL ARTICLE