LuoYang IWH Induction Heating Equipment Co.Ltd

Company Profile

Luoyang IWH Induction Heating Equipment Co., Ltd. specializes in R&D and manufacturing of induction heat treatment equipment for tubes. We mainly supply stainless steel bright solution annealing furnaces, continuous bright annealing lines and IGBT solid-state induction heating power supplies for seamless tubes, welded tubes and special alloy pipes. Featuring energy efficiency & precise temperature control, customized automatic production lines are available. We provide complete heat treatment solutions for pipe manufacturers worldwide and welcome global partners for cooperation.

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  Continuous Induction Heating Bright Annealing Production Line for Stainless Steel Tubes & Wires

  Developed by Luoyang IWH Induction Heating Equipment Co., Ltd., this continuous induction heating bright annealing production line is specially designed for stainless steel tubes and wires. Adopting advanced self-developed IGBT full-solid-state induction heating technology, the equipment realizes non-oxidation, zero-pollution bright heat treatment with rapid heating speed and high-precision temperature control. Compared with traditional thermal processing equipment, our production line achieves 40% electricity saving and 50% higher production efficiency with outstanding energy-saving performance and stable operation. Featuring instant start and stop function, the equipment requires no preheating or standby heat loss, allowing flexible off-peak power production to greatly reduce enterprise electricity costs. Equipped with a fully automatic intelligent control system, it effectively cuts labor costs and realizes unmanned and streamlined production. The whole processing procedure is eco-friendly, smoke-free and pollution-free, meeting green manufacturing standards. Widely applicable to mass production of stainless steel, nickel-based alloy tubes and wires, the customizable production line helps pipe manufacturing enterprises comprehensively reduce operating costs and improve core production efficiency.