Heat therapy generally represents metalworking procedure used to alter actual physical and substance properties of components. In simple language the materials are heated or chilled at very high and low temperatures. It is a critical process in manufacturing of different materials especially metals. It is an environment sensitive process and therefore requires special equipment a key equipment for instance is the furnace This is where the actual heat treatment takes place. The choice of furnaces depends on the function desired to be performed. These aspects are of content, the levels of heat range, the need save power and the viscosity of the content. Every type of furnace is specific to its area of application. Heat therapy heaters have a number of applications.
A heater is essentially a thermal housing and is employed to procedure raw components at high temperature ranges both in solid condition and fluid condition. Furnaces process specific materials in heat treatment and application areas. They can be categorized into physical or chemical types. In actual physical kind heaters the condition of the content remains the same In chemical type the state changes from liquid to gas or vice versa. Physical type heaters like coke oven convert coal to coke. Rotary kiln for manufacture of cement. Hearth furnace for changing sulphide to oxide Continuous type for hot working. In chemical kind heater, induction heaters for production of castings of metal materials and flash meter for matte production.
For a heater to be termed to as excellent it should implement different abilities. Energy conservation, long-lasting, excellent fluid flow in the furnace accurate temperature control means and too heat recovery capability. Energy efficiency means that the furnace should use little heat to produce maximum results. The furnace design is vital to realize this ability. The heater should be durable. This means that it should work its role for the longest time possible. Good fluid flow means that the fluid flowing in the furnace should not stop at any instance. The user interface in terms of temperature control should be very accurate. It should also have a good heat recovery system. This refers to how and where the heat in the material is transferred.
Heat treatment furnaces require sources of energy. These types of power maybe fossil fuel ,electric power or substance power. Choosing the energy source should be dependent on availability of the energy source. Different types of heaters use different energy sources. If you are thinking of a warm therapy heater, think energy-efficiency. It would minimize warm therapy costs very effectively.
Another requirement of furnaces is good refractory material, Suitable refractory material.. Refractory design is important. .Thermal control of the heater is designed and made putting in mind the requirements. Chemical inertness and refractory are examples facing the thermal enclosure.