The EZF 0.60 UT polyurethane packaging foam systems exhibit good green strength for packaging foam application where fast turnaround is required. This product does not contain any CFC or HCFC blowing agents.
Ideal for shipping out the following:
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Electronics Packaging |
Medical Instrument Packaging |
Ceramic Packaging |
|
Shock & Vibration Absorption |
Void Fill |
Pre-Mold Inserts |
Containers for both Side-A and Side-B components should be kept tightly closed to prevent moisture contamination. Do not reseal if contamination is suspected. To extend teh chemical's life, the use of a dry nitrogen blanket for partial drums is recommended. Both chemicals may be stored at ambient temperatures (50-95 degrees F). For best results, this product should not be allowed to freeze. Do not breathe aerosol or vapors and avoid contact with skin and eyes. Exposure to vapors of MDI (A-side chemical) heated in an open container can be dangerous.
Appropriate literature is available from the E-ZZ Flow which provides information concerning the health and safety precautions that must be observed when handling any of the products listed above. Before working with these products, it is your responsibility to read and become familiar with the available information on the hazards, proper use and handling. This is extremely important and connot be overemphasized. Information is available in several forms, e.g. safety data sheets and product labels. To obtain this information, contact your E-Z Flow Systems representative.
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Physical Properties |
Typical Values |
|
Cream Time |
13 - 15 seconds |
|
Rise Time |
30 - 40 seconds |
|
Demold Time |
6 - 9 minutes |
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Density, pdf |
0.60 - 0.68 lbs/ft3 |
|
Compressive Strength, Parallel |
N/A psi (MPa) |
|
Compressive Strength, Perpendicular |
N/A psi (MPa) |
|
Shear Strength |
N/A psi (MPa) |
|
Closed Cell Content |
N/A % |
|
Physical Properties |
Typical Values |
|
Machine |
E-Z Flow Gen IV |
|
Air Pressure Range |
95-110 PSI |
|
Isocyanate (A) side Initial Temperature Setting |
120°F |
|
Polyol Resin (B) side |
140°F |
Different temperatures may be required for best results. Consult. your E-Z Flow Representative for optimization. Temperatures above 140°F should be avoided on A-side.
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