Archive for the 'Joining Applications' Category

March 28th, 2011 : Posted in Brazing, Induction Heating, Joining Applications : 0 Comments   

In order to acheive uniform heating when brazing dissimilar materials, the inductor design should provide compensation for the differences in heating characteristics of each component. click here to read more.

November 1st, 2010 : Posted in Induction Heating, Joining Applications : 0 Comments   

Compared with brazing and soldering, adhesive bonding is much more versatile because the components to be joined do not have to be metals. Plastics, ceramics, glasses, and other nonmetallic materials also can be bonded. The adhesive, which is applied prior to induction heating, is not electrically conductive, so it cannot be heated by induction. Therefore, [...]

Radyne’s Merlin system integrates heating and coating in one operation to increase throughput while facilitating coating operations for both S and J lay platforms. Merlin applies a precise two-coat FBE and copolymer coating delivering vastly improved cycle times and quality, vertical or horizontal application, and minimum manning levels. The benefits of the Merlin system have [...]

Friction welding is a remarkable welding process because it is nearly instant and produces very high-integrity, consistent quality welds even with dissimilar metals. It requires one workpiece to be spun at high speed. When scaled up to perform large cross-section welds, it requires a massive machine to furnish the requisite stored mechanical energy. Click here [...]

April 1st, 2010 : Posted in Induction Heating, Joining Applications : 0 Comments   

Compared with brazing and soldering, adhesive bonding is much more versatile because the components to be joined don not have to be metals. Plastics, ceramics, glasses and other nonmetallic materials can also be bonded. The adhesive, which is applied prior to induction heating, is not electrically conductive, so it cannot be heated by induction. Therefore, [...]

March 25th, 2010 : Posted in Induction Heating, Joining Applications : 0 Comments   

Induction brazing different metals together using the same power supply may results in noticeably different depths of heating and heat intensity experienced by the different brazed components. This is due to the fact that electrical resistivity and magnetic permeability of the material directly affects the penetration depth at a given frequency. In addition, the electromagnetic [...]

March 11th, 2010 : Posted in Brazing, Joining Applications : 0 Comments   

Induction brazing and soldering have several advantages compared with heating the workpieces with flame. Since the joint is heated in a localized area in a short time, the rest of the workpiece will not be significantly affected by temperature. This can be critical for controlling distortion, surface corrosion and oxidation of the component. Other benefits [...]