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... Molybdenum Disilicide. 2. Shape: W Type 3. Max Temperature: up to 1800℃(under Oxidizing atmosphere) ,Applicable Temperature: 500-1700℃ 4. Application: sintering and heating treating of ceramic, magnet, glas...
W type Mosi2 Heating Element Silicon molybdenum rod electric heating element products are widely used in metallurgy, steelmaking, glass, ceramics, refractory materials, crystals, electronic components, semicond...
...heating element The MoSi₂ resistive heating element is based on molybdenum disilicide, a material known for its unique properties. When exposed to high-temperature oxidizing environments, a layer of lustrous...
.... They perform excellently in both cold and hot environments, having excellent cold and heat resistance and being not prone to deformation. Secondly, the chemical stability of this element is extremely good,...
...Heating Elements The double-threaded silicon carbide rod is crafted with precision and care. It is made from high-quality silicon carbide, ensuring exceptional durability and resistance to high temperatures....
DB ( Dumbbell ) Type Silicon Carbide Heating Element for Furnaces Silicon carbide (SiC) heating element is a non-metallic rod-shaped or tubular high-temperature electric heating element. The main material is se...
... provides an attractive look and enhanced protection. Treatment with composite materials creates a synergistic effect for a highly stable structure. * The purity of this tungsten is at least 99%,...
... can be exerted under the high temperature of the oxidated atmosphere. MoSi2 heating element rod has the unique function of high temperature anti-oxidation. Under the oxidated atmosphere, the maximum tempera...
... can be exerted under the high temperature of the oxidated atmosphere. MoSi2 heating element rod has the unique function of high temperature anti-oxidation. Under the oxidated atmosphere, the maximum tempera...
..., little deformation, stable chemical property, long service life, easy installation and maintenance, etc. Usage: Silicon Carbide (SiC) heating elements can usually make use for furnace which...
...heating element is a kind of non-metal high temperature electric heating element. It is made of selected super quality green silicon carbide as main material, which is made intoblank, silicided under high te...
...Heating Rod U Shape MoSi2 Heating Element Introduction 1. MoSi2 heater is a kind of resistance heating element made from Molybdenum Disilicide. 2. It’s mainly used in high temperature furnaces and kilns as h...
...Tungsten (W) is the primary material used in tungsten heating elements. Melting Point: Tungsten has one of the highest melting points of all elements, approximately 3,422 degrees Celsius (6,192 degrees Fahre...
...Temperature MoSi2 Heating Elements For Glass Melting Silicon molybdenum rods in the high temperature oxidation atmosphere, the surface layer of quartz protective layer to prevent the continued oxidation of s...
...Temperature MoSi2 Heating Elements For Glass Melting Silicon molybdenum rods in the high temperature oxidation atmosphere, the surface layer of quartz protective layer to prevent the continued oxidation of s...
... atmosphere, a layer of bright and dense quartz (SiO2) glass film is formed on the surface, which can protect the inner layer of the silicon-molybdenum rod from...
...Rod /Mosi2 Heater This product serves as a vital heating element in various industrial high- temperature furnaces, catering to the needs of industries such as ceramics,magnetic materials, glass production, m...
...rods are substitutes for thick-end silicon carbide rods, which have the advantages of low end resistance, long service life, and energy saving: commonly used in rare earth phosphors, electronics, magnetic ma...
High Temperature Heating Element Silicon Carbide Rod SiC Heater For Laboratory Muffle Or Tube Furnace Description Highlight: High Temperature SiC Heater , Tube Furnace SiC ......
...Tungsten Electrode Bar Diameter 25mm 1. Detailed description of 25mm pure tungsten electrode bar: Tungsten electrode bars are produced utilizing a unique high-temperature powder metallurgy technique from met...