Abstract: A construction form system for forming concrete walls for use as above grade walls, foundations, frost walls, exterior envelopes, and the like, is disclosed. The system includes a plurality of pairs of opposing vertical forming panels spaced from each other to define a forming cavity disposed to receive a hardenable material. Each pair of opposing forming panels comprises an inner panel forming part of an inner wall and an outer panel forming part of an outer wall. The system also includes an outer rail positioned between each adjacent pair of outer forming panels and an inner rail positioned between each adjacent pair of inner forming panels. The inner forming panels comprise support panels configured to be selectively addable and removable from between each adjacent pair of inner rails prior to and subsequent to a pouring of the hardenable material into the cavity.

Abstract: A construction form system for forming concrete walls for use as above grade walls, foundations, frost walls, exterior envelopes, and the like, is disclosed. The system includes a plurality of pairs of opposing vertical forming panels spaced from each other to define a forming cavity disposed to receive a hardenable material. Each pair of opposing forming panels comprises an inner panel forming part of an inner wall and an outer panel forming part of an outer wall. The system also includes an outer rail positioned between each adjacent pair of outer forming panels and an inner rail positioned between each adjacent pair of inner forming panels. The inner forming panels comprise support panels configured to be selectively addable and removable from between each adjacent pair of inner rails prior to and subsequent to a pouring of the hardenable material into the cavity.

Abstract: A construction form system for forming concrete walls for use as above grade walls, foundations, frost walls, exterior envelopes, and the like, is disclosed. The system includes a plurality of pairs of opposing vertical forming panels spaced from each other to define a forming cavity disposed to receive a hardenable material. Each pair of opposing forming panels comprises an inner panel forming part of an inner wall and an outer panel forming part of an outer wall. The system also includes an outer rail positioned between each adjacent pair of outer forming panels and an inner rail positioned between each adjacent pair of inner forming panels. The inner forming panels comprise support panels configured to be selectively addable and removable from between each adjacent pair of inner rails prior to and subsequent to a pouring of the hardenable material into the cavity.

Abstract: A construction form system for forming concrete walls for use as above grade walls, foundations, frost walls, exterior envelopes, and the like, is disclosed. The system includes a plurality of pairs of opposing vertical forming panels spaced from each other to define a forming cavity disposed to receive a hardenable material. Each pair of opposing forming panels comprises an inner panel forming part of an inner wall and an outer panel forming part of an outer wall. The system also includes an outer rail positioned between each adjacent pair of outer forming panels and an inner rail positioned between each adjacent pair of inner forming panels. The inner forming panels comprise support panels configured to be selectively addable and removable from between each adjacent pair of inner rails prior to and subsequent to a pouring of the hardenable material into the cavity.

Abstract: A building system and apparatus for forming a wall. U-shaped channels and H-shaped or T-shaped members coupled at their sides by rigid links hold foam panels in a desired spaced relationship. Vertically oriented panels aligned and connected by T-shaped members or horizontally oriented panels stacked with and connected by H-shaped members are inserted into the U-shaped channels to form a structure of the desired length. Concrete is poured between the panels and members where it hardens to form a structural wall. The planar surfaces of the U-shaped, H-shaped and T-shaped members enable the members to be extruded, or roll formed, thereby substantially reducing member production costs. Furthermore, widely available conventional foam panels can be used, reducing panel production costs.

Abstract: A building system and apparatus for forming a wall on a footing. U-shaped channels and H-shaped or T-shaped members coupled at their sides by rigid links hold foam panels in a desired spaced relationship. Vertically oriented panels aligned and connected by T-shaped members or horizontally oriented panels stacked with and connected by H-shaped members are inserted into the U-shaped channels to form a structure of the desired length. Concrete is poured between the panels and members where it hardens to form a structural wall. The planar surfaces of the U-shaped, H-shaped and T-shaped members enable the members to be extruded, thereby substantially reducing member production costs. Furthermore, widely available conventional foam panels can be used, reducing panel production costs.

Abstract: A building system and apparatus for forming a wall on a footing. U-shaped channels and H-shaped or T-shaped members coupled at their sides by rigid links hold foam panels in a desired spaced relationship. Vertically oriented panels aligned and connected by T-shaped members or horizontally oriented panels stacked with and connected by H-shaped members are inserted into the U-shaped channels to form a structure of the desired length. Concrete is poured between the panels and members where it hardens to form a structural wall. The planar surfaces of the U-shaped, H-shaped and T-shaped members enable the members to be extruded, thereby substantially reducing member production costs. Furthermore, widely available conventional foam panels can be used, reducing panel production costs.

Abstract: A system and apparatus for forming a wall on a footing. U-shaped and H-shaped channels coupled at their sides by rigid links hold foam panels in a desired spaced relationship. The channels and panels are stacked to a desired height, and concrete is poured between the channels and panels where it hardens to form a structural wall. The planar surfaces of the U-shaped and H-shaped channels enable the channels to be extruded, thereby substantially reducing channel production costs. Furthermore, widely available conventional foam panels are used, reducing panel production costs.