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- ADVANTAGES OF REACTION BONDED SILICON CARBIDE Reaction Bonded Silicon Carbide (RBSC, or SiSiC) products offer extreme hardness/abrasion resistance and outstanding chemical stability in aggressive environments. Silicon Carbide is a synthetic material that exhibits high performance characteristics including: l Excellent chemical resistance. The strength of RBSC is almost 50% greater than that of most nitride bonded silicon carbides. RBSC is the excellent corrosion resistance and antioxidation ceramic.. It can be formed into a variety of desulpurization nozzle (FGD) . l Excellent wear and impact resistance. It is pinnacle of large scale abrasion resistant ceramic technology. RBSiC have high hardness approaching that of diamond. Designed for use in applications for large shapes where refractory grades of silicon carbide are exhibiting abrasive wear or damage from impact of large particles. Resistant to direct impingement of light particles as well as impact and sliding abrasion of heavy solids containing slurries. It can be formed into a variety of shapes, including cone and sleeve shapes, as well as more complex engineered pieces designed for equipment involved in the processing of raw materials. l Excellent thermal shock resistance. Reaction bonded silicon carbide components provide outstanding thermal shock resistance but unlike traditional ceramics, they also combine low density with high mechanical strength. l High strength (gains strength at temperature). Reaction bonded Silicon carbide retains most of its mechanical strength at elevated temperatures and exhibits very low levels of creep, making it the first choice for load-bearing applications in the range 1300ºC to 1650ºC (2400ºC to 3000ºF). - Technical Data-sheet - Industry Case For Reaction Bonded Silicon Carbide: Power Generation, Mining, Chemical, Petrochemical, Kiln, Machinery manufacturing industry, Minerals & Metallurgy and so on. However, unlike metals and their alloys, there are no standardized industry performance criteria for silicon carbide. With a wide range of compositions, densities, manufacturing techniques and company experience, silicon carbide components can differ drastically in consistency, as well as mechanical and chemical properties. Your choice of supplier determines the level and quality of the material you receive.
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- BUNTÁISTÍ imoibriú Ceangailte sileacain chomhdhúile Imoibriú Ceangailte Silicon Carbide (RBSC, nó SiSiC) táirgí a thairiscint friotaíocht cruas / abrasion mhór agus cobhsaíocht ceimiceacha den scoth i dtimpeallachtaí ionsaitheach. Is Sileacan Carbide ábhar sintéiseach a foilseáin saintréithe ardfheidhmíochta lena n-áirítear: l friotaíocht ceimiceacha den scoth. Is é an neart RBSC beagnach 50% níos mó ná sin de chuid is mó nitride bhanna cairbídí sileacain. Is RBSC an friotaíocht creimeadh agus antioxidation scoth ceirmeacha .. Is féidir é a bhunú i éagsúla desulpurization nozzle (FGD). l chaitheamh den scoth agus friotaíocht iarmharta . Is pinnacle abrasion scála mór teicneolaíocht ceirmeach resistant. RBSiC mbeadh cruas ard druidim sin de Diamond. Deartha le húsáid i iarratais ar cruthanna móra ina grád teasfhulangacha de chomhdhúile sileacain ag taispeáint chaitheamh scríobach nó damáiste ó thionchar na cáithníní mór. Resistant a impingement díreach cáithníní solais chomh maith le tionchar agus abrasion sleamhnáin solad trom ina bhfuil sciodair. Is féidir é a bhunú i réimse na cruthanna, lena n-áirítear cón agus chum cruthanna, chomh maith le píosaí innealtóireacht níos casta atá deartha le haghaidh threalamh baint acu le próiseáil na n-amhábhar. l friotaíocht turraing teirmeach den scoth. a chur ar fáil Imoibriú bhanna sileacain Comhpháirteanna chomhdhúile friotaíocht turraing teirmeach den scoth, ach murab ionann agus criadóireacht traidisiúnta, le chéile siad freisin dlús íseal le neart meicniúil ard. l Neart ard (gnóthachain neart ag teocht). Coinníonn Imoibriú bhanna Cairbíd sileacain chuid is mó dá neart meicniúil ag teochtaí ardaithe agus taispeántais leibhéil an-ísle creep, rud a chiallaíonn sé an chéad rogha le haghaidh iarratas ualachiompartha sa 1300ºC raon go 1650ºC (2400ºC go 3000ºF). - Teicniúil Sonraí-chláir - Tionscal Cás Do Imoibriú Ceangailte Sileacan Carbide: Giniúint Cumhachta, Mianadóireacht, Ceimiceach, Peitriceimiceach, hÁithe, tionscal déantúsaíochta innealra, Mianraí & mhiotaleolaíocht agus mar sin de. Mar sin féin, murab ionann agus miotail agus a gcóimhiotail, níl aon chritéir feidhmíochta tionscail chaighdeánaithe do chomhdhúile sileacain. Le raon leathan de cumadóireachta, dlúis, teicnící déantúsaíochta agus taithí na cuideachta, is féidir sileacain comhpháirteanna chomhdhúile difriúil go suntasach i comhsheasmhacht, chomh maith le airíonna meicniúla agus ceimiceacha. Cinneann Do rogha soláthróra ar leibhéal agus caighdeán an ábhair a fhaigheann tú.