We focus on the field of medium-frequency electric furnaces and provide professional, energy-saving, and consumption-reducing equipment such as medium-frequency induction furnaces and medium-frequency melting furnaces for numerous customers including foundries and metal melting plants. Driven by technological innovation and guided by customer needs, Luoyang Anjing continuously enhances product performance and service quality.
Full range of induction furnaces including melting, forging, heat treatment, and vacuum models. Capacities from15kg to 10T, supporting steel, copper, aluminum, and alloy materials.
Medium to ultrahigh frequency induction heating furnaces for forging, hardening, and brazing. Frequency range: 10kHz–20MHz.
VIM systems for melting titanium, nickel-based alloys, and other special metals. High vacuum levels and stable melting under inert gas or vacuum environment.
Customized chamber furnaces designed for your specific thermal processes, featuring high temperature uniformity and precise control accuracy.Whether you need a small benchtop muffle furnace for laboratory use or a high-precision furnace for material analysis, this equipment ensures reliability and accuracy.
High-performance lift furnaces with vertical door operation for easy sample handling. Features ±1°C temperature control, programmable heating profiles, and compact designs for lab efficiency. Ideal for materials research, ceramics, and education.
Vertical vacuum pit furnaces for annealing, carburizing, and sintering of large or complex metal parts. Custom sizes, multi-atmosphere support, and deep chamber design.
An industrial heating equipment combining a furnace body with a movable trolley. It is used for heat treatment processes of metal workpieces such as annealing and quenching, suitable for industries like machinery manufacturing and auto parts. It enables convenient loading/unloading of materials and batch processing.
With a 40-acre specialized manufacturing base, we are at the forefront of refractory material science, dedicated to developing next-generation high-temperature solutions for industries where heat, corrosion, and wear demand uncompromising performance.
This document outlines the standardized operating procedures for medium-frequency furnace cold startup, daily startup, and shutdown, covering key steps such as furnace lining preheating, power adjustment, thermocouple monitoring,
This article explores the core energy-saving advantages of small-sized medium-frequency melting furnaces in terms of electrothermal efficiency, power factor, metal burning loss, and flexible control. It uses data to compare with traditional melting methods, providing insights into achieving green and efficient production.
Equipment that heats metals based on the principle of electromagnetic induction: It generates electromagnetic induction through a high-frequency alternating current power supply and an induction coil, prompting the metal to heat up and melt internally.
