NPFC - MIL-DTL-24249
SYNTHETIC RESIN MATERIAL, CELLULAR POLYURETHANE, RIGID, VOID-FILLING, FOAM-IN-PLACE, LARGE-SCALE INSTALLATION OF
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| Organization: | NPFC |
| Publication Date: | 25 January 2019 |
| Status: | active |
| Page Count: | 7 |
scope:
This specification covers a large-scale installation system of a void-filling synthetic resin material that, after mixing and installation, will form a rigid, foam-in-place-type cellular polyurethane foam.
intended Use:
The material is intended for shock absorption in large void-filling applications in Navy ships. Current stock of foam-in-place void-filling synthetic resin material may be used until depleted;... View More
Document History
November 30, 2023
Synthetic Resin Material, Cellular Polyurethane, Rigid, Void-Filling, Foam-in-Place, Large-Scale Installation of
A description is not available for this item.
MIL-DTL-24249
January 25, 2019
SYNTHETIC RESIN MATERIAL, CELLULAR POLYURETHANE, RIGID, VOID-FILLING, FOAM-IN-PLACE, LARGE-SCALE INSTALLATION OF
The material is intended for shock absorption in large void-filling applications in Navy ships. Current stock of foam-in-place void-filling synthetic resin material may be used until depleted; future...
October 30, 1992
PLASTIC MATERIAL, CELLULAR POLYURETHANE, RIGID, VOID FILLER, FOAM-IN-PLACE, LARGE SCALE AND INSTALLATION OF
A description is not available for this item.
July 20, 1992
PLASTIC MATERIAL, CELLULAR POLYURETHANE, RIGID, VOID FILLER, FOAM-IN-PLACE, LARGE SCALE AND INSTALLATION OF
This specification covers a resin material and installation system which, after mixing and installation in a void, will form a rigid, foam-in-place type unicellular urethane foam.
November 6, 1967
PLASTIC MATERIAL, CELLULAR POLYURETHANE, RIGID, VOID FILLER, FOAM-IN-PLACE, LARGE SCALE AND INSTALLATION OF
A description is not available for this item.
February 10, 1967
PLASTIC MATERIAL, CELLULAR POLYURETHANE, RIGID, VOID FILLER, FOAM-IN-PLACE, LARGE SCALE AND INSTALLATION OF
This specification covers a resin system which after mixing and installation in a void will form a rigid, pour-in-place type unicellular urethane foam.