Agricultural waste
Local crop residue is collected and prepared as substrate.
Transforming agricultural waste into bio-materials
We are pioneering a new generation of natural materials. Using mycelium, the root structure of fungi and agricultural waste, growing materials that are high-performing, circular, and built for a sustainable future.
Our partners
Solution & Process
39% of global CO2 comes from construction. We grow the alternative.
Mycelium binds
Fungal roots grow through it.
Mycelium growing and binding naturally
Formed in molds at room temperature over days.
Sustainable material
Dried and finished into a durable, compostable product.
Our impact
We create sustainable materials that reduce environmental footprints, support circular production systems, and help industries build a more resilient future. It begins with waste and ends with value.
Material Properties
Engineered by nature. Tested to perform.
- Insulatingλ ~0.03–0.04 W/m·K
- AcousticNRC 0.7–0.8 absorption
- Carbon negativeRemoves 12 kg CO₂ / m²
- Fire retardantClass B (B-s1, d0)
- HydrophobicStable at RH 60–85%
- 100% CompostableEnd of life in 30–60 days
- LightweightOnly ~8 kg per m²
- ModularGrown for any application
Acoustic Panels
High-performance wall and ceiling panels made from mycelium and agricultural streams. 100% natural, acoustic, safe, and VOC-free.
Each panel is unique, carrying the life imprint of a different mycelium organism.
- Offices
- Clinics
- Restaurants
- Hotels
- Schools
- Residences
Leaf
Organic petal geometry that softens any space with elegance. For offices, wellness clinics, or creative studios.
Dune
Inspired by desert waves. Warmth and depth for restaurants, boutique hotels, and retail interiors.
Lunar
Raw, bold, celestial. A striking statement for art installations and feature walls.
Vertex
Mountain-inspired geometry. For high-end lobbies and modern architecture.
River
The calming rhythm of water. For spas, hospitality venues, and residential spaces.
Tailored to your vision
Ready to bring your vision to life?
Why Taftirium
Conventional vs. Mycelium
The numbers speak for themselves. Nature builds better materials.
TaftiriumConventional
Energy for production
↓Very low — ambient growth
↑Very high — fossil heating
Ecological footprint
↓Carbon-negative
↑High carbon footprint
Fire resistance
↑High
↓Low
Thermal insulation
↑High — cellular structure
↓Low–moderate
Weight / density
↓Ultra-lightweight
↑Heavy, high density
About Us
At Taftirium, we grow our materials with passion and great care.
Our team is always excited connecting innovation with nature to create sustainable solutions.
Our mission is to create healthy materials for you and harmony for the planet.
We are glad to share this creation with you.