Munters GLASdek GX30
High Evaporative Efficiency Media
Low Pressure Drop
Algae and Weather Resistant
Fired-Rated according to UL®900, ULC-S111 Class 1
GREENGUARD Gold Certified
Made from a flame retardant material fortified with special rigidifying agents
Media choice where strict adherence to fire codes is required
Shallow, unequal angle flute design allows high velocity air flow with minimal resistance and water droplet carryover
Resists clogging caused by dust, sand or other debris
Self-cleaning design directs more water towards the air entering face of the media to flush away dirt and debris
Unique cross fluted design with unequal angle pads induce highly turbulent air and water mixing for optimal heat and moisture transfer.
TUFedg Protective Edge
*Expands life of media
*Algae and weather resistant
For extended service life, Munters offers the
option of TUFedg. A tough and resilient edge
treatment which is applied to the air entering face
of GLASdek media. It has been formulated to
withstand repeated cleaning without damaging
the media.
Munters TUFedg is non-porous and quick drying. It prevents algae and minerals from anchoring themselves into the substrate of the media, so that the contents fall off when dried. TUFedg also protects GLASdek media from damaging effects of severe weather and long term exposure to UV light. This protective edge coating extends the life of the media over that of non-treated media.
If you would like to learn more about media coating check out our coating page:
DISTRIBUTION PADS:
These small 2" or 3" pads disperse water laterally and evenly across the top of the media bank. These specially designed pads are also protected with Munters patented edge treatment.
Design considerations:
Water flow needed is based on the depth and height of the media used. GLASdek typically uses about 1.5 gallons per minute per square foot of horizontal (top) pad surface area. Supply: the drain pan and sump should be sized to supply the system with enough water to operate at its maximum flow rate and not overflow when the system is shut down.
