A cikin tsarin masana'antu na semiconductor, yankan wafer mataki ne mai mahimmanci wanda ke buƙatar babban daidaito da kwanciyar hankali daga kayan aiki. Tushen injin granite na ZHHIMG® yana ba da fa'idodi daban-daban lokacin amfani da injin yankan wafer, yana mai da su kyakkyawan zaɓi don wannan aikace-aikacen ƙalubale.
Babban StabilityZHHIMG® granite, tare da girmansa kusan 3100 kg/m³, yana ba da dutsen tushe mai ƙarfi don injin yankan wafer. Babban yawa yana haifar da kyakkyawan kwanciyar hankali, rage girman duk wani motsi mai yuwuwa ko girgiza yayin aiwatar da yanke. Wannan kwanciyar hankali yana da mahimmanci kamar yadda ko da ƙaramar girgiza zai iya haifar da kayan aikin yanke don kaucewa hanyar da aka nufa, yana haifar da yanke mara kyau da ɓawon burodi. Ya bambanta da kayan da ke da ƙananan ƙima, ZHHIMG® granite yana tabbatar da cewa yankan kan ya kasance daidai matsayi, yana ba da damar samar da inganci mai inganci, daidaitattun raguwa a fadin wafer.
Kayan masana'antar samar da kayayyaki na masana'antu mai ƙarancin zafin jiki sau da yawa suna da ikon zazzabi mai ƙarfi, amma ƙananan canzawa na iya faruwa. Granite daga ZHHIMG® yana da ƙarancin haɓakar haɓakar zafi. Wannan yana nufin cewa yayin da zafin jiki ya ɗan canza kaɗan a cikin yanayin masana'anta, tushen injin granite ba zai faɗaɗa ko kwangila sosai ba. A cikin yankan wafer, inda madaidaicin haƙuri ke cikin micrometer ko ma kewayon nanometer, canje-canjen yanayin zafi na iya zama bala'i. Ƙananan haɓakar zafin jiki na ZHHIMG® granite yana taimakawa wajen daidaita daidaitattun kayan aikin injin, tabbatar da cewa tsarin yanke ya kasance daidai ba tare da la'akari da ƙananan bambancin zafin jiki ba.
Babban Damping Vibration Lokacin yankan wafer, kayan aikin yankan yana haifar da girgiza. Idan waɗannan girgizarwar ba ta da ƙarfi sosai, za su iya canjawa wuri zuwa wafer, haifar da guntu ko wasu lalacewa. ZHHIMG® granite yana da rawar jiki na halitta - kaddarorin damping. Tsarinsa na ciki, wanda aka kafa a tsawon lokaci mai tsawo, yana ba shi damar sha kuma ya watsar da girgiza da sauri. Wannan babbar fa'ida ce akan wasu tushe na injin ƙarfe, wanda zai iya watsa girgiza cikin sauri. Ta hanyar rage girgiza, ZHHIMG® ginshiƙan injin granite suna ba da gudummawa ga ayyukan yankan santsi, yana haifar da yanke tsafta da mafi girma - wafers masu inganci.
High Wear ResistanceWafer yankan inji ana amfani da ci gaba a high - girma semiconductor masana'antu. Tsarin yankan yana ƙaddamar da tushen injin zuwa damuwa na inji da gogayya. ZHHIMG® babban taurin granite da sawa - yanayin juriya yana ba injin injin damar jure wa waɗannan sojojin na tsawon lokaci ba tare da lalacewa ba. Wannan dorewa yana nufin tushen injin zai iya kiyaye daidaiton girmansa da aikin sa na tsawon rayuwar sabis. Yana rage buƙatar sauyawa akai-akai ko kulawa mai tsada saboda al'amurran da suka shafi lalacewa, a ƙarshe ceton masana'antun semiconductor duka lokaci da kuɗi.
Rashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙarƙashin Ƙirar Ƙirar Ƙirar Ƙirar Ƙirar Ƙila na iya fallasa kayan aiki zuwa wasu sinadarai da aka yi amfani da su wajen tsaftacewa, etching, ko wasu matakai. ZHHIMG® granite ba shi da sinadarai, yana da juriya ga lalata daga waɗannan sinadarai. Wannan kadarar tana tabbatar da cewa amincin tushen injin ɗin ya kasance cikakke, ko da lokacin da aka fallasa su zuwa abubuwan sinadarai masu tsauri. Yana taimakawa wajen kiyaye kwanciyar hankali da daidaiton injin yankan wafer akan lokaci, saboda lalata sinadarai na iya haifar da nakasu ko lalata aikin ginin injin.
A taƙaice, ZHHIMG® ginshiƙan injin granite suna ba da haɗin gwiwar kwanciyar hankali, juriya na thermal, damping vibration, juriya, da rashin amfani da sinadarai waɗanda ke da amfani sosai ga na'urorin yankan wafer. Lokacin yin la'akari da haɓakawa ko sabon sayan kayan aikin yankan wafer, zabar na'ura tare da tushen injin granite na ZHHIMG® shine yanke shawara mai hikima wanda zai iya haɓaka inganci da inganci na matakan masana'antu na semiconductor.
Lokacin aikawa: Juni-03-2025