metalgitter

Metalgitter is a term used to describe open-framework structures composed of metal arranged in regular lattice or grid patterns. It denotes a category rather than a single standardized product, encompassing a range of geometries from welded or bolted lattice frames to mesh panels and expanded-metal formats.

Common forms include square or diamond openings in welded lattice trusses, interlocked wire grids, and perforated or expanded metal sheets formed into lattice-like screens. The precise pattern, opening size, and thickness are chosen to meet structural, aesthetic, or functional requirements in a given application.

Materials typically used for metalgitter include stainless steel, aluminum, carbon steel, titanium, and copper alloys. The choice of material influences strength, corrosion resistance, weight, and cost. Manufacturing methods vary accordingly and may include laser cutting, welding, stamping, weaving of wires, or additive manufacturing to create complex lattice geometries.

Key properties of metalgitter are its favorable strength-to-weight ratio, rigidity, and adjustable porosity. Corrosion resistance and surface finish depend on the chosen alloy and treatment. When engineered for airflow, drainage, or filtration, the open pattern facilitates passage of air, liquids, or particulates while maintaining structural support.

Applications span architecture and interior design for shading and decorative screening; industrial and chemical processing for filtration and separation; mechanical engineering for lightweight reinforcement in trusses and panels; and noise control or acoustical treatment in buildings and machinery.

In sum, metalgitter describes a versatile class of metal lattice structures with varied patterns and uses, defined more by design intent than by a fixed specification.