Metal perforation: types and advantages of this solution

Modern technologies implemented at metallurgical plants make it possible to produce perforated steel sheets. The finished products are widely used in various fields:

• architecture;
• automotive industry;
• design;
• advertising;
• agriculture;
• food industry;
• mechanical engineering;
• furniture production.

The products are used in the construction of ventilation systems, spans, stairs, multi-level ceilings, in the design of facades, column fences, in the manufacture of commercial and exhibition equipment, noise-absorbing screens, etc.

What types of perforation are there?

Metal perforation refers to the traditional cutting of characteristic square or round holes using specialized equipment. The perforation size and the distance between the holes are set using software at the initial stage of production. You can learn more about the technological methods and production stages by following this link. metal perforationToday's production equipment allows for the customization of perforations of absolutely any complexity and type.

Artistic perforation is often used to create unique openings in attractive patterns during the production of stylish products. Steel profiles are manufactured primarily to order and are used in interior and exterior design. Perforated sheets provide maximum functionality and aesthetic appeal at an affordable price.

List of big advantages

Perforated metal sheets successfully combine undeniable advantages:

• relatively low cost;
• simple, convenient installation of various structures;
• restrained aesthetics;
• sufficient strength;
• resistance to minor mechanical loads;
• wide design possibilities;
• long service life.

Perforated products are made from aluminum, galvanized sheets, stainless steel, and iron-carbon steel with a thickness of 1-3 mm.

Modern industrial equipment and computer programs are used in the production of perforated products. The metal sheet is placed on a coordinate table, clamped in moving clamps, and set in motion. A striking mechanism punches characteristic holes as the workpiece advances.