Acrylate foams have been used extensively in the fabrication of target components for laser experiments. Acrylates are efficient systems especially for photoinitiation processes, however, at very low-density range these foams are not very strong and tend to be fragile. A method for the production of foams produced by free radical co-polymerization of some selected pairs of monomers is described in this paper. Foams produced by the co-polymerization of some pairs of monomers have increased the strength significantly at lower density range. Specifically, the use of 1,1’-(Methylenedi-4,1-phenylene) bis maleimide in the co-polymerization has proved very successful. This study also describes the effect of solvents on foam densities.