Custom Applications
Radyne’s expertise in induction can be applied to custom applications, ranging from billet heating to susceptor heating and more. Radyne’s permanently staffed Induction Process Engineering Center (IPEC) performs the necessary process feasibility tests on customer applications. As your one stop shop for induction equipment, you can count on Radyne’s experience.
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Billet Heating
Induction heating offers many advantages over alternative forms of heating for aluminium and light alloy billets prior to extrusion, rolling, or other forging operations.
Chemical Vapor Deposition
Radyne supplies chemical vapor coating systems of non-metallic and metallic parts, applied in an evacuated chamber containing the parts to be coated and the chemical vapor source.
Coating
Radyne supports coatings for corrosion protection, electrical characteristics, thermal properties, appearance, and other special properties.
Crystal Growing
Induction heating provides the very accurate temperature control required for successful crystal growth.
Fiber Optics
Radyne has a variety of systems including power supplies and other equipment for Fiber Optics manufacturing.
Induction Melting
Custom-designed induction equipment for high speed and efficient melting of materials.
Susceptor Heating
Susceptors make induction heating applicable for heating all non-metallic and metallic materials, allowing induction heating to become an important tool in the electronics, glass, plastics, and rubber industries.
| Application | Key Benefits | Common Industrial Uses |
| Billet Heating | Provides rapid, uniform, and energy-efficient heating of aluminum and light alloy billets. | Preheating aluminum and light alloy billets for extrusion, rolling, forging, and other metal-forming operations. |
| Chemical Vapor Deposition (CVD) | Delivers precise, controlled heating for chemical vapor deposition processes. Supports controlled thermal conditions within specialized chambers. | Applying protective and functional coatings to metallic and non-metallic components, including aerospace parts, industrial tools, and advanced materials. |
| Coating | Enables localized, controlled heating to support coating adhesion, uniformity, and processing efficiency. | Producing coatings for corrosion resistance, electrical conductivity or insulation, thermal protection, wear resistance, and decorative finishes. |
| Crystal Growing | Offers accurate temperature regulation essential for controlled crystal formation. Helps maintain thermal stability and improve crystal quality. | Manufacturing semiconductor crystals, electronic materials, optical crystals, and specialized materials for scientific and industrial applications. |
| Fiber Optics | Provides precise, consistent, and controllable heating for temperature-sensitive fiber optic manufacturing processes. | Manufacturing optical fibers, heating specialty glass components, fiber optic preform processing, and other optical material production processes. |
| Induction Melting | Provides fast, efficient, and controllable melting with reduced heat loss and excellent process repeatability. | Melting ferrous and non-ferrous metals, precious metals, specialty alloys, and materials used in casting, foundries, and advanced manufacturing. |
| Susceptor Heating | Enables indirect induction heating of non-conductive materials through an electrically conductive susceptor. | Heating glass, ceramics, plastics, rubber, and other non-metallic materials in electronics manufacturing, laboratory processing, and specialized industrial applications. |