Foam In Place Masonry Insulation is a thermal and acoustical amino-plast foam insulation that is injected under mild pressure into a variety of masonry wall types. Foam In Place Masonry Insulation is ideally suited for concrete block cores, precast hollow core concrete panels and cavity fill walls. Foam In Place Masonry Insulation is used in new and existing construction, including residential, commercial and industrial applications.

Foam In Place Masonry Insulation fills concrete blocks using top or side fill techniques. It provides higher R-values that inserts or vermiculite and is also easier and less costly to install. Foam In Place Masonry Insulation will also completely fill cavities between walls, replacing rigid board insulation.

Older buildings and existing commercial structure can easily be retrofitted with Foam In Place Masonry Block Insulation to improve thermal and acoustical properties. Foam In Place Masonry Insulation can be pumped into the existing walls, allowing a cost-effective choice for buildings that would otherwise require extensive renovations with other insulation products.

COMPOSITION & MATERIALS
Foam In Place Masonry Insulation is a 2-part foamed-in-place plastic insulation consisting of a liquid resin and a catalyst foaming agent. The resin is a polymethylenecarbamide compound. The catalyst is a modified poly ammio reactant. The two materials form a cold setting, low density, and resilient foam. Setting takes place 10-60 seconds after the material leaves the applicator gun. The material is fully expanded after it leaves the application gun.

LIMITATIONS
Foam In Place Masonry Insulation is not intended for use with temperatures exceeding 190 degrees F (88 degrees C) for prolonged periods of time. The foam will not support a compressive load and should not be used for flotation, overhead applications or underground as a vapor barrier.

Foam In Place Masonry Insulation should not be applied into a cavity that will ultimately leave the product exposed, or in a cavity that will not permit vapor transmission during the initial curing period of 72 hours.