What is a process furnace?

Process furnace is usually defined as an industrial furnace that uses heat to produce chemical and status changes in materials. The heating mechanism can be found direct where the material is in contact or close to the flammable fuel or indirect application if the heat is transmitted by the heat exchanger to be heated. Process furnace designs often use coal, oil or a mixture of flammable gases as a fuel source. They are built for various applications, including annealing, soldering and carbureization materials. Two main types of procedural furnace design used for soldering are retortors and vacuum chambers. Retort furnaces include hydrogen gas to clean the soldered components. A vacuum chamber is used if highly cleaned material and furnace temperatures can be drawn with 3,002 ° Fahrenheita (1650 ° Celsius). Metal alloy resistant to high strength and corrosion for components and electronics and electronics are produced by soldering and metals filled with silver and copper or more often nickel and gold.

carbureizing procedural furnace is used to treat steel alloys by introducing more carbon into it, which increases its surface hardness and durability. It works by infusion of the atmosphere of the furnace chamber with carbon compounds that dissolve into steel surface layers at a temperature between 1,508-1,724 ° Fahrenheit (820-940 ° Celsius). The carbureization cycle usually takes several hours per dose of material.

The process of the furnace of the furnace of heat treats the materials with mechanical stress and oxidation. They usually work at a temperature of 932 ° Fahrenheit (500 ° Celsius) to remove metal voltage, to 1,220 ° Fahrenheit (660 ° Cels) to remove oxides. The temperature range of an annealed furnace is fully programmable for unique tasks and materials, as part of the plus accuracy or minus 4.1 ° Fahrenheit (0.5 ° C). Their complete operating range is from 572-2 012 ° Fahrenheit (300–100 ° Celsius).

There are severalOther types of procedural furnace designs, including an electric arc furnace, an open -air furnace and an induction furnace. The electrical process furnace is most often used to produce cast iron and refine steel. The explosive furnaces are used to melt and clean a wide range of metals from iron to copper and gold. Induction furnaces use the principle of electrical induction caused by changes from high voltage to low voltage as a heat source. They are widely used to melt and alloy of a series of iron iron and steel and non-grave metals.