Δομικά Υλικά Νανοτεχνολογίασ για Ενεργειακζσ Εφαρμογζσ Δρ. Βαςίλησ Θεοχαράκησ
What is it that we do? We provide environmentally friendly solutions for protecting a wide range of common building surfaces We Tune the Nano-world to Serve the Macro-world
What is nanotechnology? 10 5 nm 10 4 nm bulk 10 3 nm 10 2 nm 10 nm 1 nm 1 Å nanoparticles quantum dots molecules SurfaShield nanoparticles are 25nm in diameter: 16 billion could fit on the surface of a Euro cent!
Nanotechnology based protection against water, moisture, stains, mould and heat transfer
Applications across the globe Monastiraki Square (Greece) Copenhagen Concert Hall (Denmark) Byzantine Churches (Cyprus) Øleng Beton (Norway)
NanoPhos AE Ζξυπνεσ λφςεισ ςε κοινά προβλήματα SurfaPore Προςταςία και Αδιαβροχοποίηςη Δομικών Επιφανειών Γιατί SurfaPore? Αποτελεσματικότητα Μεγάλος Χρόνος Ζωής Διαπνοή Εσκολία Ευαρμογής Ασυάλεια
SurfaPore SurfaPore C SurfaPore R SurfaPore T SurfaPore M Αδιαβροχοποίηςη Τςιμεντοειδών Επιφανειών - Πζτρασ Αδιαβροχοποίηςη Κεραμικών Επιφανειών - Cotto Αδιαβροχοποίηςη Πλακιδίων & Γυαλιςμζνου Μαρμάρου Αδιαβροχοποίηςη & Ελαιοαπώθηςη SurfaPore W Προςταςία & Αδιαβροχοποίηςη Ξφλου SurfaPore ThermoDry DeSalin C Θερμομόνωςη Χρωμάτων Καθαριςτικό Τςιμζντου DeSalin DeSalin K DeSalin T Αφαιρετικό Χρωμάτων-Μοφχλασ Αφαιρετικό Λεκζδων Μαρμάρου
SurfaPore C Application Process on Cement or Mortar Grout: Mixing: Mix diluted SurfaPore C with cement or mortar grout, instead of water. No other modification is required. The final product is water protected after 24 hours. Surface Application: Apply diluted SurfaPore C on the cement or mortar grout surface, using a roller or spraying. No other modification is required. The final product is water protected after 24 hours. Simple, Quick, Trouble Free! SurfaPore C is resistant under UV irradiation, salts, ageing and acid rain attacks. More than 96% of water exclusion is achieved.
SurfaPore C The need: Water induces corrosion of cement surfaces and development of efflorescence stains. Unprotected mortar grout wall cladding causes failures and deterioration of decorative surfaces. Mould growth. The solution: SurfaPore C shields surfaces against water penetration, whilst it enables respiration phenomena and moisture removal. Cement surfaces retain strength and original appearance.
The problem: Save Energy in a Simple Cost Effective Manner Opportunity: Start blocking heat on the very surface of the wall The solution: A nanotechnology and microtechnology paint additive that: Reflects Heat Radiation before it enters the wall Blocks heat on the surface Minimizes humidity and therefore makes walls better insulators
The need: Paints absorb water and allow heat transfer Blocks and reflects heat at the surface of the wall Water absorption makes heat transfer easier Mould growth due to condensation The solution: SurfaPore ThermoDry blocks heat transfer and humidity.
Surfapore ThermoDry Treated Regular Paint Incident heat & radiation Surface temperature T 1 Wall T 2 Incident heat & radiation T 1 Temperature difference due to Reflection & Paint conductivity T 1 -T 3 >> T 1- T 2 Increased temperature difference due to relative humidity reduction T 3
Surfapore ThermoDry Treated Regular Paint 对流热 & 辐射热 Incident heat & radiation Surface temperature T 1 Wall 墙壁 表面温度 T 1 T 2 Incident heat & radiation T 1 Temperature difference due to Reflection & Paint conductivity T 1 -T 3 >> T 1- T 2 Increased temperature difference due to relative humidity reduction T 3
Triple Protection 1. Thermal radiation reflectance 2. Resistance in heat transfer 3. Water repellence Reflects 92,35% of infrared heat radiation Reduces paint thermal conductivity by at least 4 times (0,1292 W/(mK)) Extends paint life Increases paint volume by 60% Improves applicability of paint
Maintains Internal Temperature Keeps Heat Out
Practise in 2010 Shanghai EXPO Applied SurfaPore ThermoDry in ZED pavilion SurfaPore ThermoDry is applied in all its Exterior wall surface 世博会零碳馆的所有外墙表面保温隔热处理中, 使用了 SurfaPore ThermoDry
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