Electrical heating elements convert the electric current passing through the element into heat energy and radiate the heat, which creates a heating effect.
How do heating elements work?
The role of electric heating elements
Electric heating elements convert electrical energy into heat energy. In industry, silicon carbide heating elements and MoSi2 heating elements are two of the most commonly used most heating elements.
Silicon Carbide Heating Elements
Silicon carbide heating elements are made from super quality green silicon carbide. They work by passing an electric current through the element, which generates heat. This heat is radiated from the heating element and thus heats the object. The temperature of a silicon carbide heating element can be controlled by adjusting the current passing through it.
Silicon carbide heating elements have a high resistance to electric current, which means that more electrical energy is converted into heat and is therefore very efficient. Silicon carbide heating elements are long-lived, durable and long-lasting and are widely used in industrial applications.
Some commonly used silicon carbon heating elements
What is slot type sic heating element ? The slot type SiC heating element is manufactured with a spiral-grooved heating section which is made of homogeneous, high-density silicon carbide crystals. It is more resistant to heat and corrosion than conventional products. It is also able to withstand operations in rigorous conditions. Also called Ux type […]
Why B coating silicon carbide heating elements? B coating in N2 atmosphere can enhance the antioxidant effect of the heating element. Though the element will be oxidized very slowly in course of application ,it also will make the resistance increased following long time application, this phenomenon calls aging. In order to lower the aging speed […]
What is a coating silicon carbide heating element? A coating silicon carbide heating element is an antioxidant coating heating element. A coating can delay the oxidation of silicon carbon rods and extend the life of the heating element. Why you need a coating? Though the element will be oxidized very slowly in course of application […]
Why chooose alkali resistant coating SiC heater? Alkali resistant coating SiC heater is also called “D coating SiC heater”, it can make SiC heater last longer. SiC heater can be used in the furnaces with different atmospheres, however, service life of SiC heater will be affected and shortened under some atmospheres. In the actual production […]
What is U type silicon carbide heating element? U type silicon carbide heating element consists of two Silicon Carbide legs with equal diameter. Each leg is divided into two parts, hot zone and cold zone with a joint. Resistances of both legs are equal to ensure a uniform performance. Both shanks are joined with a […]
What is SGR type sic heater element? SGR type sic heater element similarly to Single spiral type. SGR type sic heater element is a tubular element with a spiral-grooved heating section, and as a major characteristic, both electrical connections are found at one end only. Double spiral SiC Heater Element (SGR type SiC Heater Element) […]
MoSi2 Heating Elements
MoSi2 heating elements are made from high pure Molybdenum Disilicide. It also works by converting electrical energy into heat energy, the higher the current, the higher the temperature produced. Each MoSi2 heating element has a maximum current limit, and using too much current can cause damage to the heating element.
One of the main advantages of a molybdenum disilicide heating element is its higher temperature, typically between 1600°C and 1700°C, and up to 1900°C. This makes it ideal for applications that require high temperatures, such as furnaces for metal heat treatment. Molybdenum disilicide heating elements are also very durable and long lasting, making them a popular choice for high temperature applications.
Commonly used molybdenum disilicide heating elements and accessories
What is L shape mosi2 heating element ？ L shape mosi2 heating element looks like the letter “L” from the side. Commonly used sizes are 90 degrees and 45 degrees, but other angles can be custom manufactured. L shape mosi2 heating element specification Two-Shank Elements 1.Manufactured to industry established diameters and resistance values in the […]
What is straight shape mosi2 heating element? Straight shape mosi2 heating elements and DB type sic heating elements are similar in appearance, both are linear in shape, but they are made of different materials. The straight shape mosi2 heating element is made of molybdenum disilicide and the DB type sic heating element is made of […]
What is u shape mosi2 heating element? The u shape mosi2 heating element looks like the letter “U” in English, it is durable and reliable at high temperatures. The U shaped mosi2 heating elements are most frequently used suspended with the bottom of the “U” down. The element consists of two cold ends (Lu) and […]
Why W shape mosi2 heating element? This type of mosi2 heating element looks like the letter “W”, so it is called “W shape mosi2 heating element”. Application high temperature electric furnace heating Classification Furnace heater Main Material Molybdenum disilicide MoSi2 Supply Ability 5000 Piece/Pieces per Week for W shape MoSi2 heating element Experience in Making […]
The ceramic holder consists of two ceramic blocks held in place by two pieces of stainless steel angle, hex nuts, and hex head cap screws. These ceramic holders offer higher temperature capabilities than metallic holders. Element sizes Identification Ceramic holders are described by the Moly-D element size. As an example, the part description for a […]
Combination straps are used to connect element to bind post or element to element. Mosi2 heating element combination straps is made from high purity aluminium which provides high electrical conductivity, flexibility and resistance to oxidation at high temperatures. Specifications The mosi2 heating elements combination straps are offered in 75, 150, 200, 400 and 600 amperage […]
Silicon carbide heating elements and MoSi2 heating elements are both highly efficient devices for converting electrical energy into heat. They both have a wide range of applications, from high-temperature industrial heating to residential heating systems and laboratory heating instruments.