Types of Micai and Ceramic Belt Element
The role of insulators is to conduct heat and they act as heat generators in the elements, which are divided into two general types in the belt model. Mica: which is made of a high resistance wire between two mica plates. This system is protected by an aluminum sheet with resistance to corrosion and high temperature. These elements are designed for a maximum operating temperature of 350 degrees Celsius and they can be used in the form of sections for devices with a large diameter. Mica elements are available in the market in waterproof models and with thermocouple. Ceramic element: It is made by placing a high resistance wire in a ceramic core. This ceramic core, having a hinge, gives the element great flexibility. A stainless steel sheet along with tightening screws accompany this part so that the element can be installed on different devices. The belt ceramic element can produce a temperature of up to 700 degrees Celsius and these elements can be connected to the power source through a cable or coil.
use of belt element
One of the most important applications of this element due to its small dimensions and very high heat production can be mentioned in industries such as laboratory equipment, packaging machines, food machines, extrusion injection molds and extruders, production of polyethylene and polythene tubes. .
Mikai's Belt Element
The mica element has a wire with chrome-nickel alloy as a heat source with high resistance made between two mica plates. This element is protected by an aluminum sheet that has resistance to high heat and corrosion. The mica belt element is made in different dimensions according to the request of the applicants. Usually, this element is designed in the temperature range of 350 degrees Celsius. The power of this type of element should be from 2.3 to 3 watts per cubic centimeter. This increases the life of the belt element. This tool is available in waterproof and thermocouple models.
The most important benefits of belt element
Flat strap element
Structure and Function
