AEGIS Sliding Solution

The AEGIS Sliding Solution redefines spatial efficiency with its ultra-smooth gliding mechanism and integrated thermal break technology. Engineered to provide maximum daylight without compromising on insulation, it creates a sanctuary of quiet and comfort. Experience the perfect blend of architectural elegance and high-performance engineering, designed to last a lifetime.

PRODUCT SERIES

AE 160 Lift & Slide PLUS

AE 160 Lift & Slide PLUS

The AE 160 Lift & Slide PLUS is our top-tier lifting and sliding thermal break door system, engineered for heavy-duty performance and unparalleled durability.
  1. Air permeability : Class 4
  2. Water tightness : Class E 1200
  3. Wind resistance : Class C4
  4. Acoustic insulation : 40 dB
  5. Thermal insulation : 1.53 W/m2K

Unrivaled Strength and Smooth Operation:

  • High Load Capacity : The primary profiles feature an increased thickness, ensuring each individual door sash can support a load capacity of no less than 400 KG.
  • Corrosion-Resistant Sliding : The high-performance roller set glides smoothly on AISI 316 stainless steel tracks. This material ensures effortless sliding, even under heavy loads, while providing superior resistance against corrosion.

This series is positioned for high-end durability, focusing on superior wind load resistance and strong water tightness. It is ideally suited for complex environments such as coastal areas and ultra-high-rise buildings.

The AE 160 Lift&Slide UP

AE 160 Lift&Slide UP

The AE 160 Lift&Slide UP is a thermal break system specifically designed for large-sized lifting and sliding windows, balancing massive scale with smooth functionality.
  1. Air permeability : Class 4
  2. Water tightness : Class E 1200
  3. Wind resistance : Class C4
  4. Acoustic insulation : 40 dB
  5. Thermal insulation : 0.94 W/m2K

High Capacity and Durability:

  • Exceptional Load Bearing: Thanks to the thickened main section and elevated spacers, this system allows for an impressive capacity of up to 400 kg per leaf.
  • Marine-Grade Sliding: The high-performance carriages glide smoothly along AISI 316 stainless steel profiles. This mechanism ensures easy sliding, even with heavy weights, while offering superior resistance to salt corrosion, making it ideal for coastal environments.
  • This series focuses on energy efficiency and aesthetics, featuring ultra-low energy consumption (reaching Passive House standards) combined with a narrow-frame design. Equipped with smart hardware, it is perfect for high-end residential homes, Passive Houses, and other settings that prioritize minimalism and low consumption.

Minimalist Aesthetic:

  • Slim Sightline: Featuring a central node with a visual footprint of only 59mm, the system is perfectly suited to meet the demand for modern, minimalist aesthetics and maximum glass visibility.
AE 106 Sliding Series

AE 106 Sliding Series

The AE 106 Sliding Series is a highly versatile thermal break system designed for both sliding and lift-and-slide windows, defined by its generous 106mm frame section.
  1. Air permeability : Class 4
  2. Water tightness : Class E 1500
  3. Wind resistance : Class B4
  4. Acoustic insulation : 39 dB
  5. Thermal insulation : 1.18 W/m2K

Revolutionary Performance and Versatility:

  • Exceptional Standards: This product has revolutionized the market with its exceptional sealing and acoustic insulation performance, ensuring maximum interior comfort.
  • Complete Range: The series offers a complete and versatile range of solutions, including:
  • Configurations for windows and French doors.
  • Single-track, two-track, and three-track versions.
  • Options for a concealed leaf and a lowered sill.

Modern Aesthetic:

  • Minimalist Sightline: Featuring a central node with a visual footprint of only 59mm, the AE 106 Sliding Series is perfectly suited to meet the modern aesthetic demand for maximum glass area and minimal frame visibility

Requirement Form

Taps into the emotional gap between aesthetic promise and lived experience—comfort, quiet, warmth.

Requirement Form
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