A wide range of FERRO ALLOYS and NON FERROUS metals for steel, Metallurgical Foundry, Aluminum, Ferrous and non Ferrous Industries.

Since the beginnings of spark erosion cutting, Bedra has significantly contributed to the further development of technology and production processes in mould and tool making. With the functional coatings for wire electrodes developed by Bedra, an enormous increase in removal performance can be achieved.
bedra electronics - wires for the electronics industry A smooth data flow in various electronic devices call for high-quality, miniaturized components: for example, connectors with high contact density. bedra produces adequate electronic wire for the automotive industry, telecommunications, information and consumer electronics.
bedra welding - wires for brazing & welding bedra produces filler metals for permanent weld joints. Automotive industry, rail and shipbuilding, plant engineering and civil engineering profit from the high quality of their wire electrodes.
bedra specialties - wires for special application For example, it’s our anchor wires that will make toothbrushes complete, and it’s our optical wires from which high-quality glasses are manufactured and bedra resistance wires give off cosiness heat
The electrical conductivity of aluminum can be dramatically improved by the addition of tightly controlled amounts of boron to eliminate the undesirable effects of chromium, titanium, vanadium, and zirconium for makin
AMG Superalloys UK is a major manufacturer of various grades metal chromium, including very high purity, very low gas content chromium metal for superalloy components,including turbine blades for the aerospace industry.
Hercules crucibles (England) for the Aluminium, Copper, Bronce, Zinc and precious metals
The modification provided by strontium tends to survive repeated remelting so that strontium is commonly referred to as a “permanent” modifier. In master alloy form, strontium is the preferred choice in foundries for recovery, safety, storage, and handling
The addition of a titanium boron aluminum grain refiner improves homogeneity and allows for a uniform distribution of alloying elements, reduces porosity