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  • Silicon carbide ceramics: the terminator of photovoltaic quartz components

    Silicon carbide ceramics: the terminator of photovoltaic quartz components

    With the continuous development of today’s world, non-renewable energy is becoming increasingly exhausted, and human society is increasingly urgent to use renewable energy represented by “wind, light, water and nuclear”. Compared with other renewable energy sources, human beings...
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  • Reaction sintering and pressureless sintering silicon carbide ceramic preparation process

    Reaction sintering and pressureless sintering silicon carbide ceramic preparation process

      Reaction sintering The reaction sintering silicon carbide ceramic production process includes ceramic compacting, sintering flux infiltration agent compacting, reaction sintering ceramic product preparation, silicon carbide wood ceramic preparation and other steps. Reaction sintering silicon ...
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  • Silicon carbide ceramics: precision components necessary for semiconductor processes

    Silicon carbide ceramics: precision components necessary for semiconductor processes

    Photolithography technology mainly focuses on using optical systems to expose circuit patterns on silicon wafers. The accuracy of this process directly affects the performance and yield of integrated circuits. As one of the top equipment for chip manufacturing, the lithography machine contains up...
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  • understanding semiconductor wafer contamination and cleaning procedure

    When it semen to business news, understanding the elaborateness of semiconductor fabrication is necessity. semiconductor wafer are crucial component in this industry, but they often face contamination from assorted impurity. These contaminant, include atom, organic matter, metallic element ion, a...
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  • promotion in fan-Out wafer degree packaging Through ultraviolet hardening

    fan out wafer degree packaging ( FOWLP ) in the semiconductor industry is know for being cost-effective, but it is not without its challenge. One of the main issue confront is warp and bit beginning during the molding procedure. warp can be impute to chemical shrinking of the molding compound an...
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  • The future of Diamond Semiconductor Technology

    As the basis of modern electronic devices, semiconductor material are undergo unprecedented change. today, diamond is gradually screening its great potential as a fourth-coevals semiconductor material with its excellent electrical and thermal property and stability under extreme conditions. It is...
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  • understanding Chemical Vapor Deposition ( CVD ) technology

    chemical vapor deposition ( CVD ) is a procedure that involve lodge a solid movie on a silicon wafer’s surface through a chemical chemical reaction of a gas mixture. This procedure can be divide into assorted equipment model establish on different chemical reaction conditions such as pressu...
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  • Demand and application of high thermal conductivity SiC ceramics in the semiconductor field

    Demand and application of high thermal conductivity SiC ceramics in the semiconductor field

    Currently, silicon carbide (SiC) is a thermally conductive ceramic material that is actively studied at home and abroad. The theoretical thermal conductivity of SiC is very high, and some crystal forms can reach 270W/mK, which is already a leader among non-conductive materials. For example, the a...
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  • Research status of recrystallized silicon carbide ceramics

    Research status of recrystallized silicon carbide ceramics

    Recrystallized silicon carbide (RSiC) ceramics are a high-performance ceramic material. Due to its excellent high temperature resistance, oxidation resistance, corrosion resistance and high hardness, it has been widely used in many fields, such as semiconductor manufacturing, photovoltaic industr...
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