The induction coil, also known as an 'inductor', is essential to induction heating. It is the output head of the induction heater. Many factors contribute to a coil's effectiveness: the care taken to make it, the quality of the materials used, its shape, its maintenance, its correct matching with the power source, etc. That's why it's so important to insist on professionally made and maintained coils. A well designed coil provides the most desirable heat pattern as well as the best efficiency. Coils which focus heat in small zones are constructed of water cooled copper tubing. Coil attachment screw locations use stainless steel helicoil inserts for durability. A quick change coil configuration is available.
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Company Profile
LIHUA company has been committed to the development, production as well as the sales of induction heating equipment since 2005. Our own garden-style factory covers an area of 10,000 square meters. The company has undergone 8 times production process optimizations and 5 times production equipment updates. LIHUA obtained the honor of national high-tech enterprise and more than 60 patent certificates. We provide efficient and diversified inducting heating solutions tailored for the needs of customers. In response to different voltage levels in different countries, induction heating equipment with corresponding input voltage has been developed. The products are equipped with English manuals. Our technicians will serve you online 24 hours before and after sale. You can benefit from our experience in the field of induction heating. Your success is LIHUA's goal!
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FAQ
Q: Why use induction heating? A: ★ Improved process efficiency ★ Localized, constant and precise heating ★ Temperature control ★ Energy saving ★ Possibility of integration into production lines ★ Best quality and yield/performance ★ Pollution free, fast and secure technology ★ Improved working environment
Q: Any tips for designing my induction heating coil? A: 1. Higher flux density near the heating area means a higher current is generated in the part.
2. The greatest number of flux lines in a solenoid coil are toward the center of the coil. 3. The geometric center of the coil is a weak flux path. 4. The magnetic center of the inductor is not necessarily the geometric center. 5. Coil must be designed to prevent cancellation of the magnetic field.