Muna amfani da kukis don inganta ƙwarewar ku. Ta ci gaba da bincika wannan rukunin yanar gizon, kun yarda da amfani da kukis. Ƙarin Bayani.
Halayen lalacewa na waɗannan suturar sun bambanta da juna, amma sun fi na al'ada austenitic karfe, taurin karfe, ko kowane irin karfe.
Matsaloli da yawa suna ƙayyade tsawon suturar sutura a cikin kowace aikace-aikacen. Don haka, ana ba abokan cinikin da suka zaɓi ɗaukar hoto na Trimay shawarar yin hakan bayan yin la'akari da zaɓuɓɓuka masu zuwa:
Matsakaicin mawuyaci sun dace da yanayin lalata da yanayin zafin jiki kuma ana samar da su ta amfani da gauraya ta musamman na carbides waɗanda ke samar da matrix crystalline mai yawa. T161 composite plating na iya ɗaukar yanayin zafi har zuwa 650°C ko 1202°F kuma yana da mafi kyawun juriya fiye da Plating ɗin Trimay chrome. Jaket ɗin Haɗaɗɗen T161 ya fi dacewa don manyan aikace-aikacen lalacewa tare da tasiri mai sauƙi zuwa matsakaici kai tsaye.
Saboda girman juriyar sa da kuma ikon ɗaukar girgiza, chromium plating shine mafi yawan amfani da shi a cikin masana'antu. Trimay yana ba da nau'ikan chrome iri uku: T138, T156 da T157. Suna da kyau don gudu a cikin matsakaici zuwa nauyi mai nauyi kuma suna iya ɗaukar haske zuwa matsakaicin tasiri.
Launuka na Trimay tungsten suna da mafi yawan kaddarorin juriya na kowane rufi. Abubuwan matrix ɗin su yana sama da ƙasa da 50%. Babban bambanci tsakanin nau'ikan guda biyu shine cewa murfin tungsten 50%+ yana samuwa ne kawai a matsayin gashi ɗaya, yayin da kasa da 50% nau'in tungsten suna ba da har zuwa riguna uku. Robar Trimay tungsten shima yana shan gigicewa fiye da sauran nau'ikan guda biyu.
T171* boron carbide roba shine sabon roba na Trimay. Trimay ne ya haɓaka waɗannan samfuran tare da haɗin gwiwar NanoSteel, kamfani na kayan haɓaka. Nano shine alloy na boron carbide na submicron tare da juriya da juriya fiye da tungsten hardfacing akan farashi mai rahusa. Trimay T171* ya fi dacewa don aikace-aikace masu nauyi zuwa matsananciyar lalacewa tare da matsakaicin tasiri kai tsaye.
T171* an yi shi ne daga ƙarfe na tushen ƙarfe kuma ya ƙunshi keɓancewar Trimay, ƙwararrun sinadarai na ƙananan microstructure. Wannan kushin ya dace da matsanancin yanayi. Trimay ya yi haɗin gwiwa tare da Kamfanin NanoSteel, Inc., jagora na duniya a cikin samar da nanomaterials da R&D, don haɓaka mai rufin T171*. Trimay ya yi haɗin gwiwa tare da Kamfanin NanoSteel, Inc., jagora na duniya a cikin samar da nanomaterials da R&D, don haɓaka mai rufin T171*.Trimay ya ha] a hannu da Kamfanin NanoSteel, Inc., jagoran duniya a cikin masana'antu da bincike da ci gaba na nanomaterials, don haɓaka suturar T171 *.Trimay ya haɗu tare da Kamfanin NanoSteel, Inc., jagoran duniya a masana'antar nanomaterials da bincike da haɓakawa, don haɓaka suturar T171*. Yana da kyakkyawan gilashin sinadarai na samar da sinadarai wanda ke ba da babban matakin sanyaya yayin siyarwa. Wannan yana ba da gudummawa ga ingantaccen microstructure na nanocrystalline wanda ke ba T171 * taurin mafi girma idan aka kwatanta da mafita na carbide na al'ada.
T171* mai rufi yana da taurin 68-71 HRc. A cikin ƙaddamarwa guda ɗaya, yana ba da kyakkyawar tauri a kan duk tsawon tsayin daka daga farfajiyar weld, yana ba da cikakkiyar kariya ga ƙaddamarwa. Ana kiyaye wannan taurin koda a yanayin zafi mai yawa. Hotunan hotunan da ke ƙasa suna nuna yadda ake samun matsakaicin ƙarfi a cikin abin da aka rufe. A cikin hotunan hoto, an auna ƙimar taurin bayan wucewa guda ɗaya na T171 * akan ƙaramin takarda mai laushi na 44W / 300W.
Kushin T171* yana ba da kyakkyawan juriya ga lalacewa mai nauyi yayin zamewa cikin yanayin aiki mai tsauri. Ana iya ƙirƙira shi har zuwa 1/2 inch kauri mai kauri a cikin wucewa biyu idan an buƙata don duk yadudduka. Wannan yana ba da juriya na abrasion har zuwa 0.08-0.10g (± 0.03) asarar nauyi a cikin gwajin abrasion ASTM G65-04.
T171* mai rufi yana da kyakkyawan tauri daidai da farantin Q&T na Brinell 400 kuma wannan ya faru ne saboda haɓakar in-weld na babban adadin ingantattun matakan borocarbide, kewaye da matakan ductile ferrite. T171* mai rufi yana da kyakkyawan tauri daidai da farantin Q&T na Brinell 400 kuma wannan ya faru ne saboda haɓakar in-weld na babban adadin ingantattun matakan borocarbide, kewaye da matakan ductile ferrite. Наplavka T171* obladaet prorevoshodnoy udarnoy vyazkost, эkvyvalentnoy plastyne Q&T 400 po Бридлаю, сварном шве большого количества. T171* gami yana da kyakkyawan tasiri tauri, daidai da Q&T 400 Brinell farantin, saboda samuwar a cikin weld na babban adadin hadaddun borocarbide bulan kewaye da ductile ferrite matakai. T171* 堆焊层具有相当于400 Brinell Q&T被韧性铁素体相包围。 T171* weld Layer yana da launi taurin daidai da 400 Brinell Q&T farantin, wanda shi ne saboda samuwar wani babban adadin mai ladabi hadaddun boron carbide lokaci a cikin weld, kewaye da taurin na baƙin ƙarfe. Наplavka T171* obladaet prorevoshodnoy udarnoy vyazkost, эkvyvalentnoy plastyne Q&T 400 po Бридлаю, сварном шве большого количества рафинированной комплексной. Weld na T171* yana da kyakkyawan tasiri tauri, daidai da Q&T 400 Brinell farantin, saboda samuwar a cikin weld na babban adadin mai ladabi hadaddun borocarbide lokaci kewaye da wani ductile ferrite lokaci.Tsarin borocarbide yana da cikakken jika ta matrix kuma yana hana delamination, exfoliation da wuri-wuri da fatattaka. Haɓaka yanayin yanayin borocarbide yana rage matakan damuwa, yayin da matrix na filastik yana ba da kyakkyawar wucewa da haɗin gwiwa, yana haifar da juriya mai tasiri.
T171 * sa faranti suna samuwa azaman mafita farantin don ƙarancin gami da ƙananan ƙarfe na carbon, kuma T171 * sa faranti suna amfani da tsarin waldawar bakar fata ta Trimay. Za a iya yanke abubuwan da aka yi su a cikin kauri daban-daban, kamar chromium carbide overlays. Ana yin ƙirƙira ko mirgina akan na'urar lanƙwasa, kuma ana yin yankan ta hanyar plasma-arc ko hanyoyin jet na ruwa, amma ba ta hanyar yanke wuta ba. A kauri da wuri na weld (ko dai a ciki ko waje diamita) kayyade formability na mai rufi. Don ƙananan madaidaicin ayyuka, ana iya amfani da gouging carbon arc don cire kayan shafa T171 *. T171* mai rufi ba injina bane kuma yana iya zama EDM ko ƙasa akan buƙata. Fillet walda ko riveting hanya ce ta gama gari ta shigar da faranti na T171*, waɗanda za a iya ƙirƙira ko a kulle don shigarwa. Ya kamata a rufe walda don sa faranti da Trimay T171* waya ta musamman don tabbatar da ko da lalacewa.
Trimay yana ƙira da ƙera ingantattun suturar lalacewa ga abokan cinikin da ke neman haɓaka inganci ta hanyar tsawaita rayuwar kayan aiki, sassa da bututun da aka lalatar da su. Trimay ya cimma ma'auni masu inganci ta hanyar bincike da haɓakawa, kamfanoni abokan hulɗa da masu samar da kayayyaki na keɓancewa, haka kuma ta hanyar gwajin nasa da haɓaka tsari.
An samo wannan bayanin, an tabbatar kuma an daidaita su daga kayan da Trimay Wear Plate Ltd.
Trimay wear farantin. (Agusta 22, 2018). Rufaffen kayan don aikace-aikacen juriya. AZOM. An dawo da Agusta 18, 2022 daga https://www.azom.com/article.aspx?ArticleID=5634.
Trimay wear farantin. "Kayan rufe don aikace-aikace masu jurewa". AZOM.18 ga Agusta, 2022.18 ga Agusta, 2022.
Trimay wear farantin. "Kayan rufe don aikace-aikace masu jurewa". AZOM. https://www.azom.com/article.aspx?ArticleID=5634. (Tun daga Agusta 18, 2022).
Trimay wear farantin. 2018. Kayan shafawa don aikace-aikacen da ba su da ƙarfi. AZoM, an shiga 18 ga Agusta 2022, https://www.azom.com/article.aspx?ArticleID=5634.
A Advanced Materials 2022, AZoM ta yi hira da Andrew Terentiev, Shugaba na Cambridge Smart Plastics. A cikin wannan hirar, za mu tattauna sabbin fasahohin kamfanin da yadda suke kawo sauyi kan yadda muke tunanin robobi.
A Advanced Materials a watan Yuni 2022, AZoM ya yi magana da Ben Melrose na International Syalons game da ci gaban kayan kasuwa, masana'antu 4.0, da kuma neman sifili.
A Advanced Materials, AZoM ya yi magana da Janar Graphene's Wig Sherrill game da makomar graphene da kuma yadda sabuwar fasahar kera su za ta rage farashi don buɗe sabuwar duniyar aikace-aikace a nan gaba.
Wannan taƙaitaccen samfurin yana ba da bayyani na Thermo Scientific ™ Nicolet ™ Summit ™ X FT-IR spectrometers daga Thermo Fisher Scientific.
Mitar turbidity mai ɗaukar nauyi Lovibond TB350 WL tana ba da ma'auni masu dogaro ga ƙananan samfuran kewayon duka biyu.
Wannan labarin yana ba da kimanta rayuwar batirin Lithium Ion tare da mai da hankali kan haɓaka sake yin amfani da batirin Lithium Ion da aka yi amfani da shi don dorewa da madauwari hanyar amfani da baturi da sake amfani da su.
Lalacewa ita ce lalata gawa a ƙarƙashin rinjayar yanayi. Ana amfani da hanyoyi daban-daban don hana ɓarna na ƙarfe na ƙarfe da aka fallasa ga yanayi ko wasu yanayi mara kyau.
Saboda karuwar bukatar makamashi, bukatar makamashin nukiliya kuma yana karuwa, wanda hakan ke haifar da karuwa mai yawa a cikin bukatar fasahar duba hasken iska (PVI).