Silicium Carbide 95
Silicon Carbide Application Scenarios
Power Electronics
Silicon carbide power devices have unique advantages such as high voltage, large current, high temperature, high frequency, and low loss. They will greatly improve the energy conversion efficiency of existing silicon-based power devices and have a significant and far-reaching impact on the field of efficient energy conversion.
The main application areas include electric vehicles, charging piles, photovoltaic new energy, rail transit, smart grids, etc.

Sic Transistor
Microwave communication
Silicon carbide-based gallium nitride RF devices have been successfully used in many fields, mainly in wireless communication infrastructure.
Gallium nitride RF devices based on silicon carbide have both the good thermal conductivity of silicon carbide and the advantages of high-power RF output of gallium nitride in high frequency bands. They can provide the power and performance required for the next generation of high-frequency telecommunications networks and become a The mainstream choice for 5G base station power amplifiers.
Applications In New Areas Of Silicon Carbide
The technological research and development of silicon carbide is accelerating, and a large number of alternative technologies are emerging. The solar photovoltaic industry is still in a period of rapid growth, with multiple technologies competing fiercely. Crystalline silicon cells currently occupy a leading position in market share, but other technologies are also evolving rapidly. If silicon crystal batteries are regarded as the first-generation battery technology, there will be second- and third-generation battery technologies such as inorganic thin-film batteries and thin-film batteries in the future. Battery technology will develop towards higher power generation efficiency, which is a trend.

Silicon Carbide Wafer
In the future, silicon carbide will be mainly used in semiconductors, lightning rods, circuit components, high temperature applications, ultraviolet light detectors, structural materials, astronomy, disc brakes, clutches, diesel particulate filters, filament pyrometers, ceramic films, cutting tools, Heating elements, nuclear fuel, jewelry, steel, protective gear, catalyst carriers and other fields.
Zhen'an's Main Silicon Carbide Product Composition Specifications
| Model | Component% | |||
| 60# | SiC | F.C | Fe2O3 | |
| 65# | 60min | 15-20 | 8-12 | 3.5max |
| 70# | 65min | 15-20 | 8-12 | 3.5max |
| 75# | 70min | 15-20 | 8-12 | 3.5max |
| 80# | 75min | 15-20 | 8-12 | 3.5max |
| 85# | 80min | 3-6 | 3.5max | |
| 90# | 85min | 2.5max | 3.5max | |
| 95# | 90min | 1.0max | 1.2max | |
| 97# | 95min | 0.6max | 1.2max | |
Zhenan Company Environment And Working Atmosphere Display Picture

Green Silicon Carbide Powder

95# Silicon Carbide
Challenges Facing The Silicon Carbide Industry
With the improvement of recycling technology, it is possible to mix recycled liquid, recycled sand with new liquid and new sand at a ratio of 1:1, which greatly reduces the production cost of silicon wafers, causing more and more cutting manufacturers to focus on silicon wafers since 2009. Waste mortar recycling is becoming more and more receptive, therefore, this will make the silicon carbide industry face serious challenges.
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