SALUMCO RM-110 Thermal Break Aluminum Doors & Windows System
Description
Product Description
Enhance your building’s energy efficiency and aesthetic appeal with the SALUMCO RM-110 Thermal Break series. This advanced aluminum profile system is engineered to bridge the gap between durability and comfort, utilizing a sophisticated thermal break barrier that separates the interior and exterior aluminum profiles. This design effectively prevents heat transfer, ensuring optimal indoor temperature regulation while reducing energy consumption.
Superior Insulation and Acoustics
The RM-110 series is designed to meet the rigorous demands of modern construction, offering exceptional thermal and acoustic performance. With a U-Value of less than 1.8, it significantly reduces noise pollution and heat loss, creating a quieter, more comfortable living and working environment. The system supports various glazing options, including tempered and laminated glass, further enhancing safety and soundproofing capabilities.
Precision Engineering and Security
Built with high-quality aluminum profiles ranging from 2.0mm to 3.0mm in thickness, the RM-110 offers structural integrity and longevity. It features premium Italian hardware for smooth, effortless operation in both sliding and hinged configurations. For enhanced security, the system includes multi-point locking mechanisms, ensuring maximum protection against unauthorized access. A lift-and-slide option is also available for wider openings, providing expansive views without compromising on performance.
Key Features
- Thermal Break Technology: Minimizes heat transfer with a U-Value < 1.8 for superior energy efficiency.
- Premium Hardware: Equipped with Italian-made rollers and hinges for smooth, durable operation.
- High Security: Multi-point locking systems ensure robust protection for residential and commercial spaces.
- Versatile Glazing: Compatible with tempered and laminated glass for enhanced safety and acoustic insulation.
- Modern Design: Sleek 55mm profile width available in various finishes to suit contemporary architectural styles.