Precision Engineered Designed to Last
Jindal Apex aluminium door and window systems combine structural strength with refined aesthetics — delivering slim sight lines, superior thermal performance, and long-term durability for commercial and residential projects of every scale. From unitised curtain wall openings to bespoke entrance systems, every profile is fabricated to exacting tolerances.
Trusted by architects, interior designers, and contractors across hospitality, commercial, and institutional projects — our systems are engineered for performance and finished for impact.
Engineered
for Performance
SLIM PROFILE DESIGN
Ultra-narrow aluminium profiles maximise glazed area and natural light penetration, delivering clean architectural lines without compromising structural integrity.
MULTI-POINT LOCKING SYSTEMS
Heavy-duty, multi-point locking hardware provides enhanced security and airtight closure — meeting commercial security ratings across all door and window types..
THERMAL BREAK TECHNOLOGY
Polyamide thermal break inserts reduce heat transfer through the frame, improving building energy efficiency and interior comfort across all climate conditions.
ACOUSTIC PERFORMANCE
High-density glazing compatibility and precision-fitted gaskets deliver effective acoustic attenuation — ideal for urban commercial, hospitality, and residential projects.
CORROSION & WEATHER RESISTANCE
Powder-coated and anodised finish options tested for 3,000+ hours of salt spray resistance — built for longevity in coastal, urban, and high-humidity environments.
CUSTOM CONFIGURATIONS
Available in sliding, casement, fixed, bi-fold, pivot, and frameless variants — adaptable to any architectural brief with bespoke sizing and finish options.
Built for Diverse
Architectural Applications
Facade Solutions
in the Field
Have a Project That Needs Aluminium Doorsor Windows?
Our technical team works directly with architects, interior designers, and principal contractors. Share your project brief and we'll specify the right aluminium system for your structure, location, and design intent.