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Lateral Pusher HeatingFurnace

Billet induction heating (supplementary heat) system mainly consists of power transformer, power supply equipment, inductor, transmission machinery, straightening equipment, speed regulating equipment, automatic control system, protection, detection system, heat soaking, heat preservation system, etc.

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  • Product description
  • Lateral Pusher HeatingFurnace

     

    Overview

    Billet induction heating (supplementary heat) system mainly consists of power transformer, power supply equipment, inductor, transmission machinery, straightening equipment, speed regulating equipment, automatic control system, protection, detection system, heat soaking, heat preservation system, etc.

     

    Application

    Lateral pusher induction heating equipment: In the induction heater, the billet is fed in a lateral movement mode, which is a step-by-step feeding, which is driven by a cylinder to run in the heater. This method is suitable for short billets or cut-to-length billets (below 2.0 meters) Heating. If the billet is too long, it is easy to produce temperature differences, and the temperature unevenness affects the next process or product quality. This kind of equipment has low investment cost, small floor space, and low degree of automation, which belongs to semi-automatic equipment.

    Lateral Pusher HeatingFurnace

    Lateral Pusher HeatingFurnace is a highly efficient equipment widely used in the field of metal heating treatment.

    1. Structural design

    The furnace structure design of Lateral Pusher HeatingFurnace is unique. It has a horizontal furnace and a reasonable internal space layout, which is convenient for the placement and pushing of heated materials such as steel billets. The length and width of the furnace body can be customized according to different production needs to adapt to the heating of raw materials of various specifications.

    Its core steel pusher is the key part of the equipment. The steel pusher adopts a sturdy and durable mechanical structure and has sufficient thrust to push the steel billet from one end of the furnace body to the other end smoothly and accurately. The operating speed of the steel pusher can be adjusted according to the heating process requirements to ensure that the steel billet has a suitable heating time in the furnace.

    2. Performance characteristics

    Adopt advanced heating technology, such as gas heating or electric heating. Gas heating generates high-temperature flames by precisely controlling the supply and combustion state of gas, and heats the steel billet quickly and evenly. Electric heating uses the principle of resistance heating to convert electrical energy into thermal energy, and the heating process is stable and efficient. This heating furnace can heat the billet to the required temperature in a shorter time, improving production efficiency.

    In the furnace, the heat distribution is relatively uniform. The temperature gradient in the furnace is reduced by the special lining design and heating element layout. Whether it is the surface or the inside of the billet, a relatively consistent temperature can be obtained, which is crucial to improving the quality of metal processing, such as reducing product defects caused by uneven temperature during rolling.

    Optimized combustion system or heating control system helps to improve energy utilization and reduce energy consumption. At the same time, in terms of environmental protection, effective exhaust gas treatment measures are adopted to reduce pollutant emissions, which meets the environmental protection requirements of modern industrial production.

    Lateral Pusher HeatingFurnace is made of high-quality materials, with a stable structure and high reliability. At the same time, it is equipped with a complete safety protection system, such as over-temperature alarm, pressure monitoring, etc., to ensure the safety of the equipment during operation.

Why Choose Ruixinsheng Technology?

Independent Intellectual Property Rights:

Master the core technology and independent research and development of internationalleading induction heating system.

 


Energy-Saving and Efficient:

Meet international standards for electrical and load design standards, power factor up to0.98, and energy saving 20%.

 


Environmental Protection and Safety:

Furnace structure according to the national standards, scientific and technologicalreasonable personalized design, ensure the safety and reliability of the device.

 


Stable and Reliable:

The world's first-class component selection, scientific and reasonable equipmenttechnology, complete protection functions, the primary fault is close to zero.

 


Intelligent Control:

Equipment management system, can achieve production management, quality control andother functions, to achieve remote diagnosis of equipment, data acquisition, transmissionand other monitoring.

 


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