Bio-Based Housing Technology for Emergency Luminaires

Corkia is the only emergency luminaire on the market crafted from natural cork.

Engineered for seamless installation and lasting performance.

Why cork?

Cork is a bio-based structural material with intrinsic mechanical and environmental properties. Its cellular composition provides a combination of performance characteristics that are difficult to replicate with conventional fossil-based polymers.

No Tree Felling

Regenerative Raw Material

Enhanced CO₂ Absorption

Low-Impact Processing

Exceptional Material Properties

The material provides

Dimensional stability under thermal variation

Impact resistance derived from its elastic closed-cell microstructure

Low density with favourable strength-to-weight ratio

Low thermal conductivity

Intrinsic vibration and acoustic dampening properties

The cellular structure of cork enables energy absorption and structural resilience while reducing dependence on fossil-derived polymers for the primary housing component.

Main features

Corkia Supra

Corkia Exit

Corkia Space

Safer buildings. Lower impact.

CERTIFIED LIFE SAFETY

Compliance engineered for critical environments.

ADVANCED SYSTEM RELIABILITY

Engineered for dependable long-term performance.

BIO-BASED MATERIAL INNOVATION

Technically disruptive. Structurally engineered in cork.

VERIFIED CARBON PERFORMANCE

Measured impact. Independent verification in progress.

REGENERATIVE MATERIAL SOURCE

A material that strengthens forest ecosystems.

LIFE CYCLE ENGINEERING

Responsible from sourcing to end of life.

ARCHITECTURAL INTEGRATION

Safety integrated into sustainable architecture.

SUSTAINABLE BUILDING ALIGNMENT

Same lens optics as its recycled polycarbonate counterpart. Identical performance.

Engineered for next-generation sustainable buildings.

Offices

Hospitality

Education

Public infrastructure

Sustainable building projects

Where safety and sustainability must coexist.

Cork housing technology on a fully integrated wireless system

SmartZ® is a wireless emergency lighting management system that turns luminaires into a connected safety infrastructure. It automates testing, ensures continuous compliance, and provides real-time visibility of system performance – reducing risk, maintenance effort and operational cost.