0.038
W/(m·K)
Superior Thermal Performance
Wool's crimped fibers create millions of air pockets that trap heat — comparable or superior to mineral wool.
The Science
The Science
Why Wool-Cotton Insulation Outperforms
Our 30/70 sheep wool and cotton blend combines natural performance with modern building science — validated by peer-reviewed research from Brno University, TU Vienna, and international materials institutes.
30%
Moisture
Breathable Humidity Control
Wool absorbs up to 30% of its weight in moisture without losing insulating effectiveness; regulates indoor humidity.
B-s1,d0
Fire class
Inherent Fire Resistance
Self-extinguishing, no toxic dripping. With borate treatment we achieve European B-s1,d0 classification.
0.65–0.85
NRC
Acoustic Insulation
Excellent sound absorption — outperforming rigid foam and matching the best mineral fiber products.
Keratin
Natural
Air Purification
Wool's protein actively absorbs and neutralizes formaldehyde and other indoor pollutants.
6 MJ/kg
Embodied energy
Low Carbon Footprint
A fraction of synthetics (101 for PU foam, 26 for glass wool). The building starts with a carbon advantage.
Production
State-of-the-Art Manufacturing Process
Our industrial needle-punch production line transforms raw fiber into certified insulation products through eight precision-controlled stages.
Fiber Opening
Raw wool and cotton opened, dedusted, prepared for blending
Precision Blending
Automated 30/70 ratio for consistent fiber distribution
Carding & Web
Industrial carding forms uniform web layers
Cross-Lapping
Web layers cross-laid for isotropic strength
Needle Punch
Mechanical bonding — no chemical adhesives
Fire Treatment
Borate-based retardant for B-s1,d0 classification
Cut & QC
Precision cutting with inline quality control
Pack & Label
Compression packaging, MNS and EAEU labeling
Industrial Needle-Punch Line
Commercial-grade production line with automated fiber feeding, real-time density monitoring, and continuous output capability.
Inline Quality Control
Every production batch is tested for thermal conductivity, density, and fire performance — ensuring consistent product quality per MNS 6470:2014.
Zero Chemical Binders
Mechanical needle-punch bonding eliminates synthetic adhesives or formaldehyde-based binders — the product is fiber, naturally held together.