1700C Mosi2 Elements For Firing Of Ferrites , Steatites , Titanates , Tiles , Refractories
Brand Name:ZG
Certification:CE
Model Number:MS
Minimum Order Quantity:1 piece
Delivery Time:3 working days
Payment Terms:L/C, D/A, D/P, T/T, Western Union, MoneyGram
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Location:
Zhengzhou Henan China
Address:
No. 26, Dongqing Street, High-tech Zone, Zhengzhou ,Henan, China
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within 48 hours
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Product Details
MoSi2 Heating elements for Firing of ferrites, steatites, titanates, tiles, refractories, dinnerware, electrical porcelain, alumina, zirconia, calcining ores, and powders
MoSi2 Heating Element introduction :
Molybdenum Disilicide (MoSi2) Heating Elements are used in electric furnaces to deliver heating at temperatures as high as 3,362ºF (1,850ºC). Used in production furnaces, laboratory equipment, glass melting and many other applications, these elements are available in a number of different configurations and available with custom design options to meet the specific needs of your facility or operations.
UNIQUE PROPERTIES
- Moly-D elements may be used up to a surface temperature of 1800ºC (3270°F) in oxidizing atmospheres.
- Long service life and ease of replacement contribute to high furnace utilization and low maintenance costs.
- New and old elements can be used together and in series.
- Can dissipate high power loading.
- Can be used continuously or intermittently.
- Provide rapid furnace temperature ramping.
PHYSICAL CHARACTERISTICS
Moly-D heating elements are manufactured by powder metallurgy. They consist of molybdenum disilicide with additives that prevent recrystallization. Since Moly-D is completely stable up to 1800ºC (3270°F), it surpasses other heating element types for high temperature performance.
The resistance of Moly-D elements to oxidation lies in the formation of an impermeable quartz, or glass-like protective layer which re-forms when heated if damaged in operation.
The Moly-D element has a low specific electrical resistivity with a positive resistance-temperature characteristic. It can be used at a very high watt loading compared to metallic heating elements. Because of its high temperature oxidation resistance, Moly-D electrical resistance remains constant at constant temperature over its useful life. This permits the use of old and new elements together in the same furnace, even if series-connected.
TEMPERATURE RANGE
Maximum element temperature depends on the atmosphere within the furnace chamber. In air this is 1800ºC (3270°F). Since element surface temperature exceeds furnace ambient in relation to the watt loading, careful attention must be given to these parameters for satisfactory element performance.
Moly-D heating elements normally operate between 1300 and 1750ºC (2372-3182°F). Moly-D elements may be used below 1300ºC (2372°F) particularly for furnace atmospheres harmful to silicon carbide heating elements (e.g., sulfur dioxide, water-steam, etc.). Moly- D should not be used between the temperature range of 400 and 700ºC (752-1292°F), where a destructive low temperature oxidation may occur called pest.
Molybdenum silicon heating elements specification:
| Diameter of hot zone | Diameter of cold zone | Length of hot zone | Length of cold zone | Terminal center distance |
| 3mm | 6mm | 80-300mm | 80-500mm | 25mm |
| 4mm | 9mm | 80-350mm | 80-500mm | 25mm |
| 6mm | 12mm | 80-800mm | 80-1000mm | 25-60mm |
| 7mm | 12mm | 80-800mm | 80-1000mm | 25-60mm |
| 9mm | 18mm | 100-1200mm | 100-2500mm | 40-80mm |
| 12mm | 24mm | 100-1500mm | 100-1500mm | 40-100mm |
DELIVERY:
Most sizes and types can be shipped 2 to 3 weeks after receipt of an order. Emergency shipments for 3/6 and 6/12 can usually be made in 2 to 3 days.
ACCESSORIES:
Straps and holders are available for all sizes.
1700C Mosi2 Elements For Firing Of Ferrites , Steatites , Titanates , Tiles , Refractories
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