RESEARCH AND ANALYSIS WINDOWS DOORS CURTAIN WALLS

WINDOWS
1. INDIVIDUAL COMPONENTS
  1. GLASS
    1. PROPERTIES
      1. INSULATOR
        U-VALUE
      2. THICKNESS
        SAFETY GLASS
        FIRE RATED GLASS
  2. SPACEBARS
    1. TYPES
      1. MATERIALS
        ADV / DIS OF EACH MATERIAL
  3. COATINGS
    1. LOW E
      1. SOLAR RADIATION TYPES
        DISCUSS EMMISIVITY
        UV LIGHT
        VISIBLE LIGHT
        INFRARED / HEAT
  4. GAS
    1. ARGON
    2. KRYPTON
    3. XEON
  5. FRAME MATERIAL
    1. ALUMINIUM
      1. LONGER LASTING
        LIGHT BUILDABILITY H&S
        LESS MAINTENANCE
        THERMAL BREAKS
    2. STEEL
      1. ACHIEVE HIGH RATIO
        MORE CARBON USED TO CREATE
        HEAVIER BUILDABILITY H&S
    3. TIMBER
      1. SUSTAINABLE
        CARBON NEUTRAL
        FSC MANAGED
        MORE MAINTENANCE
        GOOD AESTHETIC
    4. PVC
      1. ENVIRONMENTALLY UNFRIENDLY
        NOT HIGH QUALITY FOR THIS SITE
    5. ALUCLAD
      1. LESS MAINTENANCE
        MORE EXPENSIVE
  6. CAVITY SIZE BETWEEN PANES
    1. SIZES AVAILABLE
      1. WHAT DIFFER SIZES ACHIEVE
  7. HOW MANY PANES
    1. SINGLE
    2. DOUBLE
      1. ADV / DIS
        LESS EXPENSIVE
        HIGHER G VALUE ALLOW MORE LIGHT
        LIGHTER BUILDABILITY & H&S
    3. TRIPLE GLAZED
      1. ADV/DIS
        MORE EXPENSIVE
        LOWER G VALUE
        HEAVIER/ BUILDABILITY & H&S
  8. DEFINITIONS
    1. UVALUE
      1. KVALUE
        RVALUE
        G VALUE / SHGC
        VT VISUAL TRANSMITTENCE
  9. SOLAR SHADING
    1. INBUILT BLIND
      1. SITE DECIDUOUS TREES
        BRIESE SOLIEL
2. WHEN BEST INDIVIDUAL COMPONENT COMPILED FIND MOST SIMULAR AVAILABLE BUILDUP
  1. MANUFACTURERS LOCAL 1ST
    1. COMPANIES SOURCE MATERIAL ?
      1. ECO LABEL
DOORS
CURTAIN WALL
1. USE GLASS BUILDUP FROM WINDOW
  1. FRAME MATERIAL ALSO
AIM PASSIVE HOUSE STANDARD

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RESEARCH AND ANALYSIS WINDOWS DOORS CURTAIN WALLS

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