Graphite & Silicon Carbide Crucibles

What is induction heating equipment? Induction heaters use electromagnetic induction to efficiently and quickly heat metals and other conductive materials. This non-contact heating method delivers precise temperature control and uniform heating, making it ideal for various applications, including metal hardening, brazing, forging, and heat treating. Unlike traditional heating methods, induction heating generates heat directly within the material, reducing energy consumption, minimizing equipment wear, and drastically cutting down processing times. High frequency induction heater not only enhances productivity but also provides significant cost savings. Kexin Induction Heaters are designed for superior performance, reliability, and energy efficiency. Suitable for both industrial and laboratory applications, Kexin induction heating units provide cost-effective solutions that require fast, controllable heating. Kexin offers induction heating equipment with an output power range from 10KW to 300KW, and a frequency range from 1kHz to 1MHz. Additionally, Kexin provides customized induction heating coils tailored to meet specific requirements, ensuring optimal performance for your unique applications.

High-Efficiency Induction Melting Furnaces for Precision Foundries Induction melting harnesses electromagnetic fields to deliver clean, energy-efficient and ultra-precise heating for melting metals and other conductive materials. This versatile technique is trusted across metalworking, foundry and manufacturing operations for its rapid response, minimal contamination and tight temperature control. Kexin’s induction melting systems span laboratory-scale (<1 kg) to industrial-scale (up to 200 kg) capacities, accommodating iron, steel, copper, aluminum and precious metals. They excel in high-purity refining, conventional smelting and vacuum or controlled-atmosphere melting—ensuring consistent quality and repeatable results for every application.

What is induction brazing equipment? Induction brazing joins two or more materials using a filler metal with a lower melting point than the base materials. The process uses induction heating, where an alternating current in the coil generates an electromagnetic field. The electromagnetic field rapidly heats ferrous materials, enabling precise and efficient joining. Handheld type induction brazing machine is preferred in industrial applications for its advantages. It offers selective heating, improves joint quality, reduces oxidation, speeds up heating cycles, and ensures consistent results. It is also effective for large-scale production.