초록 ▼

An explosive-suppressive mass comprises layers of expanded metal of which each layer is arranged in a selected orientation so that its mesh strands are inclined with respect to the mesh strands of the layers adjacent thereto. This gives economic and other advantages in the manufacture of the anti-ex

An explosive-suppressive mass comprises layers of expanded metal of which each layer is arranged in a selected orientation so that its mesh strands are inclined with respect to the mesh strands of the layers adjacent thereto. This gives economic and other advantages in the manufacture of the anti-explosive materials.

대표청구항 ▼

A method of forming an explosion-suppressive mass comprising providing a lamina of expanded metal consisting of flat mesh strands defining diamond-shape mesh openings, the strands each being inclined at the same angle to the general plane of the lamina, and layering the lamina to form a multiple-lay

A method of forming an explosion-suppressive mass comprising providing a lamina of expanded metal consisting of flat mesh strands defining diamond-shape mesh openings, the strands each being inclined at the same angle to the general plane of the lamina, and layering the lamina to form a multiple-layer mass, the strands of each layer being inclined oppositely to the strands in each adjacent layer. An explosion-suppressive mass comprising multiple layers of expanded metal, said expanded metal consisting of flat mesh strands defining diamond-shaped mesh openings, the strands each being inclined at the same angle to the general plane of the expanded metal, the strands in each layer being inclined oppositely to the strands in each adjacent layer. A container for explosive fluids equipped internally with an expanded metal mass consisting substantially wholly of layers of expanded metal consisting of flat mesh strands defining diamond-shaped openings, each strand being inclined at the same angle to the general plane of the metal, and the strands of each layer being inclined oppositely to the strands in each adjacent layer.