Insulated Industrial Curtain to create temperature zones
THERMO-BLOCK DIAGRAM
R-4 | R-5 | R-8 | R-9 | R-10 | R-12 | R-16 | R-25 | ||
RETRACTABLE | STATIONARY | RETRACTABLE | STATIONARY | RETRACTABLE | STATIONARY | RETRACTABLE | STATIONARY | STATIONARY/RIGID | |
ILLUSTRATION | |||||||||
MAX HEIGHT | 25 ft | 40 ft | 25 ft | 40 ft | 15 ft | 35 ft | 20 ft | 30 ft | 24 ft |
MAX TEMP. DIF. | 22° F | 25° F | 32° F | 35° F | 40° F | 45° F | 50° F | 50° F | 60° F |
INNER INSULATION THICKNESS | 1” | 1” | 2” Compressed | 2” | 3” Compressed | 3” | 4” | 4” | 2” Rigid + 4” Soft Compressed |
CONNECTIBLE PANEL WIDTHS | 58” | 57” | 57” | 57” | 56” | 57” | 16.75” | 54.875” or 24.75” | 53” or 22.5” wide |
WEIGHT PER sq/ft | 0.30 lbs | 0.30 lbs | 0.40 lbs | 0.40 lbs | 0.50 lbs | 0.50 lbs | 0.60 lbs | 0.60 lbs | 1 lbs |
10 FT. WIDE CURTAIN RETRACTS TO | 8” thick | 12” thick | 16” thick | 28” thick | |||||
ACCORDION FOLD WIDTH | 14.5” | 14.25” | 14” | 16.75” | |||||
All materials are ASTM E-84 Class A and NFPA-701 |
Energy costs are reduced by isolating work areas into specific temperature zones. The high cost of heating and cooling large industrial facilities is reduced using industrial temperature control curtains. In just a short time, the energy savings cover the cost of the curtains. Over time, it is an investment that not only makes economic sense, but provides immediate benefits for controlling operational costs and productivity.
Industrial applications for insulated curtain walls and insulated thermal panels include (but are not limited to):
An R-value is a measure of thermal resistance for certain types of construction material. R-value is the most commonly used gauge to measure heat and cooling loss as well as retention within thermal curtain wall structures and thermal industrial curtain enclosures. R-value is expressed in an easy-to-understand, numerical scale that rates materials according to their ability to insulate. The numerical scale begins with 1 (very little insulation) to well over 35 (universally recognized as a benchmark for sufficient, insulated and permanent construction).
To determine the necessary R-value, we must first understand the customer’s requirements, the desired temperature differential, and then present the most viable options to help the customer design a temperature control warehouse curtain system specifically for the space needs.