overview

Bllet inductlon heating (supplementary heat) system malnly conslsts of power transformer, power supply equipment, inductor, transmislon machinery,stralghtenling equlpment, speed regulating equlpment, automatic control system, protectlon, detection system,heat soaking, heat preservatlon system, etc

Advantage

These devices should be efectlvely and systematlcaly connected through the automatic control system. purpose: One is the need for the connectlon ofcontinuous casting and roling systems, and the other ls to achleve preclse control to maximlze benefits and minimlze energy consumptlon. The third is toreduce the number of operating personnel. lf the heating equipment is well deslgned, t can be operated without personnel.

Application

Medlum frequency inductlon heating is one of the ldeal products for the connection between continuous casting machine and rollng mi. The intermedlate

frequency heating system can not only efectively improve efficlency and reduce energy consumptlon, but also effectively avold the disadvantages of

excesslve oxldatlon slag, envlronmental protectlon, and site problems caused by flame heating.

Longitudinal Billet Heating Furnace is a highly efficlent equlpment speclally used for heating treatment of steel bllets

1. Structural features

Furnace structure

Longitudinal llet Heating Fumace has a reasonable longtudinallayout, and the furace body is bult with high-quaty refractory materlals. These refractorymateuals can etectvelv resst non temperawes, reouce heat oss, and ensure the stabltv otthe temperature in the fumace the tunace she usalyadopts a solld metal structure with good sealing to prevent heat overflow and abnormal convectlon of alr.

Heating system

The heating elements are arranged scientifically. Advanced heating technologles such as resistance heatlng or inducton heating are adopted. Resistanceheating converts electrical energy into thermal energy through a high-resistance heating element, which can provide stable heat output. nducton heatinguses the principle of electromagnetic induction to generate eddy currents inside the blet to achleve rapld heating of the blet with extremely hioh heatinefficlency.

2.Performance advantages

Heating unlformity

Relatlvely unlform heating can be achieved in both the length dlrection and the cross-sectlonal drecton of the bllet.Thls helps to ensure the quallty stablltyof the bllet durling subseqwent processing, for example, there wll be no stres unevenness caused by local temperatyre dliferences during roling

Accurate temperature contro

Eculped with an advanced temperature control sytem, the furmace temperature can be accurately set and adiusted. The temperature is monltored in realtime by sensors and fed back to the control system. The control system automatlcally adjusts the heating power acording to the set value to ensure that thetemperature fluctuatlon ls controlled within a very small range

Hlgh efficlency and energy saving

Due to its reasonable structure and advanced heating technology, ongltudlmal Bllet Heating Furace has a higher energy utlzation rate than traditionaheating furnaces. in large-scale blet processing and productlon, it can significantly reduce energy costs.

Hlah degree of automatlon

I can reallze automatlc linkage with upstream and downstream equipment.From the feeding of bllets to the discharging after heating,the entre processcan be operated by an automated control system, which reduces manual interventlon and improvesproductlon efflclencv and safety.

_ongitudinal Bllet Heating Furnace is widely used in industrles such as steel manufacturing andequlpment for improving blllet processing qualltyand productlon efflclency.