Title: Pure Molecular Sieve 3a For Insulating Glass
1We Are Glad To Serve You
2Molecular Sieves 3A For Insulating Glass
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3What is Insulating Glass?
Insulating glass systems are found in the most
energy efficient windows on the market today.
Insulated Glass is the combination of two or more
panes of glass sealed with air, or inert gas
between the panes.
4USE OF INSULATING GLASS
Windows, doors and skylights for commercial
buildings and residential construction as well as
in refrigeration units, control towers, rail
transportation, cars and busses, marine
applications and many other areas where energy
conservation and comfort are part of the design.
5Molecular Sieve 3A
Insulated glass molecular sieve is used
exclusively in making insulated glass. They
prevent the formation of water within the glass
surface.
Used for static (non-regenerative) removal of H20
from gas filled insulating glass units and from
refrigerant gases
6Molecular sieves for insulated glass can also
resolve the issue of any kind of window
distortion, which is caused by shrinking and IG
inflation under different seasons.
7Why Molecular Sieve 3a used In Insulating Glass
Molecular sieve for insulated glass can easily
co-adsorb the organics and moisture that are
present in the air space between the panes.
Even at low temperatures, molecular sieves can
help in keeping the insulated glass clean and
bright.
8How to Use Molecular In Insulated Glass?
Molecular sieve adsorbent helps in keeping the
glass bright and clean by reducing the moisture
level instantly, whenever required.
Molecular sieves for insulated glass can also
resolve the issue of any kind of window
distortion.
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10Affacts on Glass
11Molecular Sieve 3a Put in insulating glass
between two surface which has the capacity to
absorb maximum moisture and keep glass clean and
usable to long period of time.
12Key Features
High moisture adsorption ability Stable primary
moisture absorption rate Low gas adsorption Low
dust levels Outstanding flow capability along
with Automatic filling
13Very high adsorption capacity at the right
moisture levels below 10
Avoiding co-adsorption and protecting your
products against long-term defects
Avoiding dust and static electricity that could
lead to deposits on the lites
14 Key Requirements
It is a must that 3A molecular sieves are used to
avoid co-adsorption of air which would translate
into glass deflection and deflection of the glass
panel.
The molecular sieve should be free of dust and
static electricity.
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