It's apparent now how metal woven wire cloth is used everywhere in industry, research, the building trade and many aspects of everyday life, whether in the form of precut sections or as a complex component. From flow filters in water taps to the precision filter elements in spacecraft, woven wire cloth fulfils a variety of requirements and is fundamental to the areas of application.
Material, shape, and function are closely interrelated in filters and fabricated parts made from woven metal wire. Based on more than 125 years of experience in the field of wire weaving technology, Haver & Boecker produce metal woven mesh made of steel and stainless steel alloys, and special materials such as titanium, Hastelloy or silver, or non-ferrous metals such as aluminium, phosphor-bronze, brass, copper, nickel or MONEL. From this metal woven mesh, the company designs and manufactures a wide range of products, for example filters and fabricated parts for the automotive industry, aviation and aerospace sector, for the chemical, electronics, medical technology, water filtration, domestic appliances and food industries, for plastic processing and machine engineering applications.
Subsequent processing takes place using state-of-the-art systems and machines technology. Our manufacturing processes not only allow standard solutions but also individually customized applications, such as the development of new products, automation solutions, and the design of optimised manufacturing and test processes.
Haver & Boecker have their own tool shop which designs special machines and tools and supplies not only the drawings but also the CAM data for the CNC machine tools for lathing, milling and electrical discharge machining. In addition to conventional stamping and deep-drawing tools, Haver & Boecker build fully automated special machines and plastic injection moulding tools. This gives the customer the benefit of a tailored single-source solution, from the manufacture of the woven wire cloth over further processing up to the packaged product. This ensures efficient manufacturing processes, reliable function and optimum product quality, and allows for the special designs required in the above-named sectors.
