Vacuum Insulated Glass SPACIA
- A thermos bottle used at home also has a dual layer structure.
Such structure is applied to windowpane.
A 0.2 mm thick spacer is placed between two sheets of glasses and their
circumference are made airtight and vacuumed.
Its structure is like this:
- Heat Insulation Performance
- Minimizing Dew Condensation
- Acoustical Insulation, and Sound Shut-out
Performance
- Strength Against Wind Pressure
This Type of Glass in Superior than any other Glasses with regard to
each one of those above four(4) features.
Heat Isolation Performance
A 3mm thick Glass + Vacuumed Space + Low E 3mm thickness
Vacuum Insulation Glass |
A 3mm thick Glass + Vacuum + a 3mm thick Glass
Vacuum Insulation Glass |
A 3mm thick Glass + a 12mm space + a 3mm thickness
Nomal Type |
A 3mm thick Glass + a 6mm space + a 3mm thickness
Nomal Type |
A 3mm thick Glass
Flat Glass |
1.31 |
2.30 |
2.56 |
2.91 |
5.11 |
Unit = Kcal/mh degrees Centigrade. Calculation Method per JIS R3106 and
JIS R3209
These figures probably not attract you much, but it is said that some 50
per cent of heat in a house leaks out through windows.
The Vacuum Insulation Glass in combination of
the Low-E glass has an equivalent performance that of a Heat Insulation
Wall Material has.
Minimizing Dew Condensation
- A room temperature of 20 degrees Centigrade with a humidity
of 60% is quite comfortable to us in the winter time, but dew condensation
on the windowpane is a problem with us.
This Vacuum Insulation Glass solves such problem.
Sound Insulation Characteristics and Sound
Insulation Performance
Strength Against Wind Pressure
- Vacuum Lamination Glass is made of sheets of glass with a spacer, and
is rigidly adhered to each other by means of the atmospheric pressure.
It is proved to have an equivalent rigidity of a single sheet glass of
the same thickness.
Thus, thinner but large sized glass can be used in these days.
As of October 1997, maximum size of glass
sheet available is 2,400 x 1,350 mm.