Abstract: A masonry block configured to be larger than conventional two cell masonry block yet include cells that align with conventional cells in conventional two cell masonry blocks is disclosed. Thus, the masonry block disclosed herein may be used together with conventional two cell masonry blocks. In addition, the masonry block configured to be larger than conventional two cell masonry block may be formed from materials lighter than conventional materials yet possessing similar strength. As such, a mason is able to assembly more of a wall with the masonry block per unit of time using the masonry block disclosed herein than a conventional block. In at least one embodiment, a mason is able to lay about 50% more liner feet of block with the masonry block herein than using conventional two cell masonry block. Thus, the masonry block disclosed herein enables masons to realize substantial labor cost savings per job.

Abstract: A masonry block configured to be larger than conventional two cell masonry block yet include cells that align with conventional cells in conventional two cell masonry blocks is disclosed. Thus, the masonry block disclosed herein may be used together with conventional two cell masonry blocks. In addition, the masonry block configured to be larger than conventional two cell masonry block may be formed from materials lighter than conventional materials yet possessing similar strength. As such, a mason is able to assembly more of a wall with the masonry block per unit of time using the masonry block disclosed herein than a conventional block. In at least one embodiment, a mason is able to lay about 50% more liner feet of block with the masonry block herein than using conventional two cell masonry block. Thus, the masonry block disclosed herein enables masons to realize substantial labor cost savings per job.