Products

IonoVit S is a high-performance dielectric designed for economic and fast working from an electrode diameter of 0,5 mm. It is also suitable for the processing of aluminum. Work pieces made of ferrous metals are temporarily protected from corrosion. IonoVit S is a ready-to-use product. The concentration is regulated using a hand refractometer. It is used for fast start hole drilling.

IonoVit 0 is a water-based product with proper additives and guarantees the production of reproducible and high-quality drillings for electrode diameters starting from 0,1 mm. IonoVit 0 is a ready-to-use product, so that mixing is not necessary. The Brix value is in a range of 5% – 7%. A dielectric aggregate (water treatment) is required which, in combination with a mixed resin cartridge, ensures good quality and keeps the water conductance at less than 10 uS/cm. If the water conductance increases, the mixed resin cartridge must be replaced. The medium should also be cooled, because otherwise no constant performance can be achieved. For this product it is recommended to integrate a cooling spiral into the existing cooling circuit (recommended for reproducible quality).

IonoFil 2776 is used to overcome wire eroding issues in dielectrics. Cobalt leaching is a problem that is difficult to get under control, especially when machining carbide. This iswhy oelheld, together with leading companies in the erosion industry and the University of Leuven (Belgium), has decided on a research project to develop a hydrocarbon-based dielectric that is directly adapted to wire cutting technology. Particularly the service life of carbide punches can be enormously extended by eliminating cobalt leaching. This development makes costly and time-consuming deionization of the water with resins, corrosion protection (before, during and after processing) as well as frequent changes of the medium a thing of the past. As a dielectric, IonoFil enables smaller spark gaps, which allow for smaller inner radii with the same wire diameter. The quality of the surfaces also increases to the same extent, which can be achieved with a coarseness of up to RA 0,01 much faster and more easily than with water.

IonoFil 100 is used to overcome wire eroding issues in dielectrics. Cobalt leaching is a problem that is difficult to get under control, especially when machining carbide. This iswhy oelheld, together with leading companies in the erosion industry and the University of Leuven (Belgium), has decided on a research project to develop a hydrocarbon-based dielectric that is directly adapted to wire cutting technology. Particularly the service life of carbide punches can be enormously extended by eliminating cobalt leaching. This development makes costly and time-consuming deionization of the water with resins, corrosion protection (before, during and after processing) as well as frequent changes of the medium a thing of the past. As a dielectric, IonoFil enables smaller spark gaps, which allow for smaller inner radii with the same wire diameter. The quality of the surfaces also increases to the same extent, which can be achieved with a coarseness of up to RA 0,01 much faster and more easily than with water.

IonoFil 80 is used to overcome wire eroding issues in dielectrics. Cobalt leaching is a problem that is difficult to get under control, especially when machining carbide. This iswhy oelheld, together with leading companies in the erosion industry and the University of Leuven (Belgium), has decided on a research project to develop a hydrocarbon-based dielectric that is directly adapted to wire cutting technology. Particularly the service life of carbide punches can be enormously extended by eliminating cobalt leaching. This development makes costly and time-consuming deionization of the water with resins, corrosion protection (before, during and after processing) as well as frequent changes of the medium a thing of the past. As a dielectric, IonoFil enables smaller spark gaps, which allow for smaller inner radii with the same wire diameter. The quality of the surfaces also increases to the same extent, which can be achieved with a coarseness of up to RA 0,01 much faster and more easily than with water.