Heating Furnace Slider
A Heating Furnace Slider is a component in an industrial heating furnace that is used to move hot parts, such as metal plates, steel pipes, etc., within the furnace. The slider is usually used in high temperature and harsh chemical environments, and the slider material needs to be able to maintain stable physical and chemical properties in high temperature environments to ensure the service life of the slider at high temperatures.
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Product Description
A Heating Furnace Slider is a component in an industrial heating furnace that is used to move hot parts, such as metal plates, steel pipes, etc., within the furnace. The slider is usually used in high temperature and harsh chemical environments, and the slider material needs to be able to maintain stable physical and chemical properties in high temperature environments to ensure the service life of the slider at high temperatures. Since there may be corrosive media in the heating furnace, such as sulfide, salt, etc., the slider material needs to have good corrosion resistance. The slider material needs to withstand the weight of the hot workpiece and the pressure generated at high temperatures, so it needs to have high strength and rigidity.
A heating furnace slider is a device used to support and secure the billet in the heating furnace, usually placed on the longitudinal water beam of the heating furnace bottom. Its main function is to prevent the billet from bending, twisting and other deformation during the heating process, to ensure the uniform heating of the billet and improve the quality of the product. The slider is usually made of materials that are resistant to high temperature, corrosion and wear, such as ZG4Cr28Ni48W5Si2, Co20, Co40, Co50, etc.
Excellent high temperature resistance: the heating furnace slider is usually made of high temperature resistant materials, such as ZG4Cr28Ni48W5Si2, which has good oxidation resistance and corrosion resistance at high temperatures and can withstand temperatures of up to 1000 degrees Celsius or more. Therefore, the heating furnace slider can run stably for a long time in a harsh high temperature environment to ensure the normal operation of the heating furnace.
Strong corrosion resistance: In metallurgical, chemical and other industries, heating furnaces withstand the role of high temperature, high pressure and corrosive gases. The furnace slider is made of corrosion-resistant materials, such as stainless steel and cobalt-based alloys, which can resist the erosion of corrosive gases such as hydrogen sulfide and ammonia to ensure long-term stable operation of the slider in harsh environments.
Good wear resistance: the heating furnace slider needs to withstand the weight and friction of the billet, so the wear resistance is one of its important performance indicators. Co40 and Co50 cobalt-based alloy slides have good wear resistance, and can run stably for a long time under high temperature, high pressure and high speed working conditions, reducing wear and replacement frequency, and reducing production costs.
Reasonable design: The design of the furnace slider takes into account the contact area and pressure with the billet to ensure the uniformity and stability of the billet heating. The upper surface of the slide block is a complete plane, and when the slide block is in contact with the billet, the upper surface of the slide block and the billet contact part are closed to reduce heat loss and the deformation of the billet. In addition, the slider can also control its temperature by water cooling to adapt to the heating process with different temperature requirements.
Heating furnace slider is widely used in iron and steel smelting, non-ferrous metal smelting, chemical industry and other industries. In these industries, the heating furnace is subjected to high temperature, high pressure and corrosive gases, and the requirements for water beam sliders are very strict. The furnace slider can not only withstand the harsh working environment, but also ensure the uniformity and stability of the billet heating, improve product quality and production efficiency.
Improve product quality: the heating furnace slider can prevent the billet from bending, twisting and other deformation during the heating process, and ensure that the billet is heated evenly, thereby improving product quality.
Improve production efficiency: The heating furnace slider is made of high temperature, corrosion and wear resistant materials, which can run stably in harsh environments for a long time, reduce maintenance and replacement frequency, and improve production efficiency.
Reduce production costs: Although the one-time investment of some high-performance sliders (such as Co40, Co50, etc.) is large, its wear resistance and high temperature oxidation resistance can greatly improve the service life of the heating furnace, thereby bringing considerable economic benefits.
