Architecture

Overview

Architectural systems demand material solutions that combine lightweight performance, high stiffness, corrosion resistance, and aesthetic adaptability. Ecoearth honeycomb panels support large-format designs with minimal load on the structure, enabling modern façade engineering and interior applications without compromising strength.

Furniture & Interior Applications

Ecoearth Solutions, through its furniture brand Ligerofurn, introduces aluminium honeycomb core technology to modern furniture and interior spaces—offering a high-performance alternative to conventional wood-based materials. 

Ligerofurn panels are lightweight yet structurally strong, resistant to fire, moisture, and termites, and designed for long-term dimensional stability. They support premium finishes and large seamless panels, making them ideal for architectural, commercial, and residential interiors. 

Applications: Doors, wardrobes, cabinets, partitions, ceilings, louvers, and modular furniture systems. 

Core Advantages

High Stiffness-to-Weight Ratio

Delivers exceptional structural rigidity across large spans without adding unnecessary dead load. Enables lighter building envelopes while maintaining performance and stability.

Corrosion & Weather Resistance

Engineered to withstand humidity, UV exposure, pollutants, and coastal conditions. Ensures long-term durability with minimal maintenance in demanding environments.

Architectural Aesthetic Flexibility

Supports a wide range of finishes including stone, veneer, HPL, and metal skins. Allows designers to achieve desired aesthetics without compromising weight or performance.

Key Applications

  • Exterior façades & cladding
  • Interior partitions & wall panels
  • Doors & cabinetry
  • Raised floors & platforms
  • Decorative architectural elements

Why It Works

  • Lightweight reduced structural load
  • Durable corrosion/UV/weather resistant
  • Aesthetic supports premium architectural surfaces
  • Customizable multiple textures & finishes
  • Large-format minimal deflection across spans