120 MM Casement Thermal Break System

Smart Automation

Motorized precision control for light, privacy & ventilation.

Energy Efficient

Reduces heat gain and optimizes daylight.

Weather Resistant

Built for durability in all climate conditions.

Sleek Design

Seamless integration with modern architecture.

Overview

The Automated Louver System is designed for modern architectural spaces that demand intelligent environmental control, energy efficiency, and refined aesthetics.

Featuring motorized aluminium louvers, the system allows precise adjustment of light, ventilation, and shading throughout the day. It enhances indoor comfort by reducing heat gain, improving airflow, and optimizing natural daylight usage.

Main Product Image
Thumbnail 1 Thumbnail 2 Thumbnail 3 Thumbnail 4 Thumbnail 5
Key Features

Motorized Precision Control

Advanced automation system enables smooth and accurate adjustment of louver angles.

Energy Efficiency Optimization

Reduces solar heat gain and improves building energy performance.

Smart Ventilation System

Enhances natural airflow and maintains a healthier environment.

Weather-Resistant Construction

Built with high-grade aluminium designed to withstand harsh weather.

Modern Architectural Integration

Minimal and sleek design allows seamless integration into contemporary facades.

Low Maintenance Performance

Durable finishing system minimizes maintenance while ensuring reliable operation.

Technical Specifications
Thermal Insulation
Up to 1.34 W/m²K
Material
High-Grade Aluminium Alloy
Water Resistance
Class A (240 Pa)
Louver Adjustment
0° – 135° (Variable)
Wind Resistance
Up to 3000 Pa
Finish
Powder Coated / Anodized
Air Permeability
Class 3 (600 Pa)
Frame Depth
110 mm
Sound Insulation
Up to 42 dB
Max Panel Height
3500 mm
Operation System
Motorized / Automated Control
Application
Residential, Commercial, Facade
Available Finishes
Teak Wood
Walnut Wood
Oak Wood
Dark Mahogany
Anthracite Grey
Matte Black
Champagne Gold
Silver Grey
Custom RAL

Need Help Choosing the Right System?

Our experts are here to help you find the perfect solution for your space.

SPEAK WITH AN EXPERT →

Casement Design

High-performance casement windows for modern architecture.

Thermal Break

Advanced thermal barrier reduces energy loss and improves insulation.

Durable Materials

Premium aluminium ensures long-lasting performance.

Weather Resistant

Designed to withstand rain, wind, and extreme conditions.

Overview

The 120 MM Casement Thermal Break System combines modern casement window design with advanced thermal performance, providing superior energy efficiency and comfort.

Suitable for both residential and commercial applications, this system ensures smooth operation, excellent insulation, and a sleek, contemporary appearance.

120 MM Casement Thermal Break System Main Image
Thumbnail 1
Thumbnail 2
Thumbnail 3
Thumbnail 4
Thumbnail 5

Key Features

Casement Operation

Smooth and reliable window opening and closing mechanism.

Thermal Efficiency

Integrated thermal break minimizes energy loss and maximizes insulation.

Durable Aluminium

High-quality aluminium construction for long-term performance.

Weather Resistant

Protects interiors from wind, rain, and extreme conditions.

Energy Saving

Optimized design for reduced heating/cooling costs.

Modern Look

Minimalist style enhances modern residential and commercial facades.

Technical Specifications
Frame Depth
120 mm
Material
High-Grade Aluminium Alloy
Glazing Options
Single/Double/Triple Pane
Window Type
Casement
Thermal Break
Integrated thermal barrier
Water Resistance
Class A – 250 Pa
Wind Resistance
Up to 3200 Pa
Sound Insulation
Up to 45 dB
Air Permeability
Class 3 – 600 Pa
Application
Residential & Commercial
Finish Options
Powder Coated / Anodized

Available Finishes

Teak Wood

Walnut Wood

Oak Wood

Dark Mahogany

Anthracite Grey

Matte Black

Champagne Gold

Silver Grey

Custom RAL

Need Help Choosing the Right Window?

Our experts are here to guide you to the perfect 120 MM Casement Thermal Break System for your project.

SPEAK WITH AN EXPERT →