Abstract: A fire extinguisher holder having a base, top portion and two wall portions that form a concave outer surface. A receptacle is formed in the top portion to support a free standing fire extinguisher. All of the holder is formed as a single piece, integral and homogeneous material.

Abstract: A molded burial container and method for forming such having a seamless single piece base with a bottom, sides and ends, each of which has an inner wall and an outer wall and a seamless single piece lid having an inner and outer wall, the lid being releasably securable to the base. A coarse aggregate of the moldable material is fused into the interior side of the base and lid inner and outer walls during the molding process as formation of the base and lid is completed. The base and lid inner and outer walls thus form hollow chambers capable of being filled with a structural flowable material such as cellular concrete or structural foam so that the flowable material bonds to the aggregate covered interior side of the inner and outer walls of the base and lid.

Abstract: A burial container having a seamless single piece base with a bottom, sides and ends, each of which has an inner wall and an outer wall and a seamless single piece lid having an inner and outer wall, the lid sealably securable to the base. The lid, bottom side and end inner and outer walls form hollow chambers capable of being filled with cellular concrete or other structural flowable materials. The inner and outer walls of the lid and base may be parallel and unconnected or connected at a plurality of locations to hold the walls in a substantially fixed relationship with each other and thereby strengthen the lid, bottom, sides and ends to withstand the forces exerted by the surrounding earth and water.

Abstract: A burial container having a base with a bottom, side walls and end walls and a lid sealably securable to the base. The lid, bottom and walls have inner and outer covers forming hollow chambers capable of being filled with granular substances and liquids for added stability, rigidity and strength. The inner and outer covers are joined at a plurality of locations to hold the covers in a fixed relationship each with the other and strengthen the walls, bottom and lid to withstand the forces exerted by the surrounding earth and water. Various configurations of junctions provide the stability, rigidity and strength needed in the base and lid container.