"The most intelligent, cleanest, cheapest, and greenest energy is the energy we do not use."
Phase Change Material technology that controls temperature — not just resists it. 1 cm thick. Zero maintenance. 20-year warranty.
Conventional insulation — fiberglass, foam, cellulose — works by resisting heat flow with a fixed R-value. It cannot address peak temperature swings or manage thermal load during extreme conditions. Buildings account for 39% of global carbon emissions and $400B in annual energy costs precisely because static insulation fails when it matters most.
When there is 0 temperature difference, 0 heat flows. TI-SKIN® controls the temperature differential itself — not just the conductivity path.
TI-SKIN® uses inorganic Phase Change Materials (hydrated salts) encapsulated in a patented high-reflectivity aluminum/polymer film. When peak temperatures approach the PCM's melt point, the material absorbs massive amounts of energy to change state — holding temperature constant rather than letting heat pass through.
Passive thermal management for residences, hotels, offices, hospitals, airports, and greenhouses. Melt points: 18°C, 23°C, 28°C — selected for local climate. Energy savings 30–80%.
Discover COMFORT →For cold storage, refrigerated warehouses, and food logistics. Melt points: −20°C, −23°C. Up to 35% energy savings. Serves a €145–180M EMEA market growing rapidly with EV fleet electrification.
Discover COLD →For environments requiring temperatures above 35°C — food processing, fermentation, industrial drying, hot water systems. Reflective layer faces heat sources to minimize dispersion and reduce continuous heating needs.
Traditional static insulation requires 12–24 cm to match TI-SKIN's thermal performance. The savings in usable floor area often exceed the cost of the energy retrofit itself.
Unlike organic PCMs (paraffins), TI-SKIN uses inorganic hydrated salts — inherently non-flammable. Fire propagation index: 5 (450 max). Suitable for high-rise buildings and facilities with strict fire codes.
No mechanical parts, no electricity, no refrigerants, no toxic chemicals. No special disposal at end of life. Installs in under 2 hours with no machinery, fumes, or cleanup required.
Multiple melt points available, selected based on local daytime high, surface temperature, and overnight low. The system auto-calibrates to real climate conditions without electronic sensors.
Directly aligned with EU Directive EPBD IV targeting net-zero building stock by 2050. LEED compatible, ESG aligned, and eligible for Italian Conto Termico 3.0, Transizione 5.0, and ERDF grants covering up to 65% of costs.
TI-SKIN panels can be removed and reused in case of renovation, expansion, or relocation — a unique asset advantage unavailable with any static insulation product.
5,000 sqft metal building in Leander, TX. HVAC installation delayed 8 weeks during a 50-day streak of 100°F+ temperatures. TI-SKIN® maintained the interior 40°F cooler than external conditions — without any active cooling.
"Thankful we got TI-SKIN® incorporated when we did." — Jimmy DeCicco, CEO, Super Coffee
Historic antique wood chalet converted into a luxury hotel suite in Champoluc, mountain climate. TI-SKIN® installed as interior cladding on roof, walls, and floor — providing stable thermal comfort across extreme mountain temperature swings in winter and summer.
Applications also validated at US Army Warehouse (29 Palms, CA desert climate), McDonald's commercial storefront (VA), and Tampa University Bio Labs (FL, 2022).
TI-SKIN® performance is backed by independent research from leading institutions. Oak Ridge National Laboratory documented 40–60% reduction in heat gain/loss. Multiple Italian universities have conducted commissioned studies confirming real-world thermal performance.
TI-SKIN® panels comply with all applicable EU and Italian construction product regulations.
For distribution inquiries, partnership opportunities, or technical specifications:
info@pureorganica.us