Uncategorized Archives - 姹熻嫃鐜兘纭呯⒊闄剁摲鏈夐檺鍏徃 //ppfzpf.cn/category/uncategorized/ 20多年专注¼‹…碳‹‚’Ω产研å?/description> Wed, 26 Jul 2023 08:37:05 +0000 en-US hourly 1 //wordpress.org/?v=6.5.7 //ppfzpf.cn/wp-content/uploads/2023/04/cropped-site-icon-32x32.png Uncategorized Archives - 姹熻嫃鐜兘纭呯⒊闄剁摲鏈夐檺鍏徃 //ppfzpf.cn/category/uncategorized/ 32 32 Uncategorized Archives - 姹熻嫃鐜兘纭呯⒊闄剁摲鏈夐檺鍏徃 //ppfzpf.cn/%e5%a6%82%e4%bd%95%e5%bb%b6%e9%95%bf%e7%a1%85%e7%a2%b3%e6%a3%92%e4%bd%bf%e7%94%a8%e5%af%bf%e5%91%bd%ef%bc%9f/ //ppfzpf.cn/%e5%a6%82%e4%bd%95%e5%bb%b6%e9%95%bf%e7%a1%85%e7%a2%b3%e6%a3%92%e4%bd%bf%e7%94%a8%e5%af%bf%e5%91%bd%ef%bc%9f/#respond Wed, 19 Apr 2023 14:51:26 +0000 //ppfzpf.cn/?p=4241 The post 如何廉™•¿¼‹…碳‹‚’ä‹É用寿命？ appeared first on 江è‹çŽ¯èƒ½¼‹…碳陶瓷有é™å…¬å¸.

]]> The post 如何廉™•¿¼‹…碳‹‚’ä‹É用寿命？ appeared first on 江è‹çŽ¯èƒ½¼‹…碳陶瓷有é™å…¬å¸.

]]> //ppfzpf.cn/%e5%a6%82%e4%bd%95%e5%bb%b6%e9%95%bf%e7%a1%85%e7%a2%b3%e6%a3%92%e4%bd%bf%e7%94%a8%e5%af%bf%e5%91%bd%ef%bc%9f/feed/ 0 Uncategorized Archives - 姹熻嫃鐜兘纭呯⒊闄剁摲鏈夐檺鍏徃 //ppfzpf.cn/whats-silicon-carbide-heating-element/ //ppfzpf.cn/whats-silicon-carbide-heating-element/#respond Tue, 04 Apr 2023 06:16:49 +0000 //ppfzpf.cn/?p=3938 1.å®(yue)(yue)šä(qing)¹‰(jun) 2.¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’ç(qian)(qian)š„(qing)(qing)ä¸(juan)(juan)(juan)(juan)(juan)(juan)»è(hun)¦¾cÕdž‹ 2.1 èž(wu)ºç(hong)º¹¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)?2.2 ¾_(qi)—ç(wo)(wo)(wo)Ÿ­(lie)(lie)(lie)å¼(liao)ç(dai)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’ 2.3 ½{(jiang)‰ç›´å¾„ç(tong)(tong)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’ 2.4 Uåž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’ 2.5 Wåž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’ 2.6 æž(man)ªåž‹¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)?2.7 å¼(liao)‚åž‹¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)?3.¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’ç(qian)(qian)š„(qing)(qing)优势(cheng) 4.¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’å(qi)(qi)(qi)œ¨(œ¨)ä¸(juan)(juan)(juan)(juan)(juan)(juan)å(ao)Œç‚(liao)‰å(sui)­(dao)ä¸(juan)(juan)(juan)(juan)(juan)(juan)­çš„(qing)(qing)åº(qian)(qian)(qian)”ç(qi)(qi)(qi)”¨(ke) 4.1 ¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’å(qi)(qi)(qi)œ¨(œ¨)å®(yue)(yue)žéªŒç‚(liao)‰ä(bian)¸­(fu)(fu)(fu)çš(fei)(fei)(fei)„å(fan)(fan)º”(pai)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))?4.2 ¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’å(qi)(qi)(qi)œ¨(œ¨)义é(xiong)‹É(jiao)ç‚(liao)‰ä(bian)¸­(fu)(fu)(fu)çš(fei)(fei)(fei)„å(fan)(fan)º”(pai)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))?4.3 ¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’å(qi)(qi)(qi)œ¨(œ¨)马弗ç‚(liao)‰ä(bian)¸­(fu)(fu)(fu)çš(fei)(fei)(fei)„å(fan)(fan)º”(pai)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))?4.4 ¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’å(qi)(qi)(qi)œ¨(œ¨)çŽ(dui)È’ƒç†(tan)(tan)”ç(qi)(qi)(qi)‚‰(gan)(gan)ä¸(juan)(juan)(juan)(juan)(juan)(juan)­çš„(qing)(qing)åº(qian)(qian)(qian)”ç(qi)(qi)(qi)”¨(ke) 4.5 ¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’å(qi)(qi)(qi)œ¨(œ¨)éš(wen)§é“ç‚(liao)‰ä(bian)¸­(fu)(fu)(fu)çš(fei)(fei)(fei)„å(fan)(fan)º”(pai)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))?4.6 ¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’å(qi)(qi)(qi)œ¨(œ¨)真空ç‚(liao)‰ä(bian)¸­(fu)(fu)(fu)çš(fei)(fei)(fei)„å(fan)(fan)º”(pai)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))?5.æ€È»“(bai) 1.å®(yue)(yue)šä(qing)¹‰(jun) ¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’是(yi)ä¸(juan)(juan)(juan)(juan)(juan)(juan)€¿U(zhou)éžé‡‘属高æ(kui)¸©(fu)(fu)(fu)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))늃­(zan)å…ƒä(ƒä)šgåQ(ben)(ben)(ben)(ben)(ben)(ben)Œé€šå(ya)¸¸(fu)(fu)是由(ai)高ç(zhen)º¯åº(qian)(qian)(qian)¦çš„(qing)(qing)¾l(zi)¿è‰²å…­æ–¹¼„(pi)(pi)(pi)(pi)(pi)(pi)›_Œ–(yi)(yi)(yi)(yi)¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…å(yi)ˆ¶æˆ(xi)çš„(qing)(qing)‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’ç(qian)(qian)Š¶æˆ(xi)–ç(jian)®¡çŠ(zhong)¶ã(duo)€‚ç(yao)(yao)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’çš(fei)(fei)(fei)„å(fan)(fan)ˆ¶ä½(huan)(huan)œè(he)¿‡(beng)½E(fu)‹é€šå(ya)¸¸(fu)(fu)是将高ç(zhen)º¯åº(qian)(qian)(qian)¦çš„(qing)(qing)¼„(pi)(pi)(pi)(pi)(pi)(pi)›_Œ–(yi)(yi)(yi)(yi)¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…é(xu)¢—¾_(qi)’按ä¸(juan)(juan)(juan)(juan)(juan)(juan)€å®(yue)(yue)šæ¯”ä¾(zhu)‹æØœå(yang)ˆåŽåQ(ben)(ben)(ben)(ben)(ben)(ben)Œç(chu)»˜q?200â„(lu)(lu)(lu)ƒçš„(qing)(qing)高æ(kui)¸©(fu)(fu)(fu)¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…å(yi)Œ–(yi)(yi)(yi)(yi)å†ç(qu)»“(bai)晶ç(duo)ƒ§¾l(zi)“而制æˆ(xi)ã(gong)€‚ç(yao)(yao)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’在氧åŒ(chen)–æ(ci)€§æ°”æ°(pin)›ä¸­(fu)(fu)(fu)正常(fu)(fu)ä½(huan)(huan)¿ç(kua)”¨(ke)æ¸(wei)(wei)(wei)©åº¦(hai)å(hong)(hong)(hong)¯è¾¾1450â„(lu)(lu)(lu)ƒï¼Œ(ren)(ren)(ren)(ren)(ren)(ren)˜qžç®‹ä½(huan)(huan)¿ç(kua)”¨(ke)å(hong)(hong)(hong)¯è¾¾2000ž®æ(qi)—¶ã€(mo)(mo)(mo)‚ç(yao)(yao)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’å…ähœ‰(shi)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))Þq¡…åŽ(zha)Ÿå(zeng)­(dao)å’Œç(chu)¢³åŽ(zha)Ÿå(zeng)­(dao)æž(man)„æ(juan)ˆçš(fei)(fei)(fei)„三¾l(zi)´ç(cun)©ºé—´ç(cun)»“(bai)æž(man)„，(ren)(ren)(ren)(ren)(ren)(ren)æ¯(jiao)(jiao)一(cun)ä¸(juan)(juan)(juan)(juan)(juan)(juan)ªåŽŸå­(ying)è(song)(song)(song)¢«å…¶ä»–å›(qie)›ä¸ªåŽ(zha)Ÿå(zeng)­(dao)åŒ(chen)…å(yi)›´ã€(mo)(mo)(mo)‚S(xi)iCæœ(lian)‰å(sui)¤š¿U(zhou)å(ao)˜(kuang)ä½(huan)(huan)“，(ren)(ren)(ren)(ren)(ren)(ren)¾l(zi)“构大多是金åˆ(rou)šçŸ³ã€(mo)(mo)(mo)闪锌ç(chu)Ÿ¿å’Œç(chu)º¤¾l(zi)´ç(cun)Ÿ¿æ™¶æ ¼ã€(mo)(mo)(mo)‚优ç‚(liao)¹å(gui)œ¨(œ¨)äº(bang)(bang)Žå…¶è´¨åœ°¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)¬è€Œè(Œè)(Œè(Œè))„†åQ(ben)(ben)(ben)(ben)(ben)(ben)Œè(Œè)(Œè(Œè))†¨èƒ(jian)€¾p(fei)ÀL•°ž®ã€è(ci)€æ€¥å†·(kuai)急热(zan)èƒ(jian)½åŠ›(qian)å¥(lian)½ï¼Œ(ren)(ren)(ren)(ren)(ren)(ren)高æ(kui)¸©(fu)(fu)(fu)ä¸(juan)(juan)(juan)(juan)(juan)(juan)易å(hong)(hong)(hong)˜åÅžåQ(ben)(ben)(ben)(ben)(ben)(ben)Œæ(shen)(shen)(shen)œ‰(shi)è‰(cuan)¯å¥½çš(fei)(fei)(fei)„å(fan)(fan)Œ–(yi)(yi)(yi)(yi)å­(ying)¦ç¨³å®(yue)(yue)šæ€§ï¼Œ(ren)(ren)(ren)(ren)(ren)(ren)抗酸(mie)(mie)èƒ(jian)½åŠ›(qian)æž(man)å(huo)(huo)(huo)(huo)(huo)¼ºã€(mo)(mo)(mo)ä(heng)¸Ž(ya)(ya)å¼(liao)ºé…¸(mie)(mie)ä¸(juan)(juan)(juan)(juan)(juan)(juan)å(ao)åº(qian)(qian)(qian)”ç(qi)(qi)(qi)­‰(li)(li)(li)ç‰(jian)¹ç(gui)‚¹ã€(mo)(mo)(mo)?2.¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’ç(qian)(qian)š„(qing)(qing)ä¸(juan)(juan)(juan)(juan)(juan)(juan)»è(hun)¦¾cÕdž‹ ¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’ä‹É(jiao)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))¨æ¸©(fu)(fu)(fu)åº(qian)(qian)(qian)¦é«˜(pei)åQ(ben)(ben)(ben)(ben)(ben)(ben)Œå…·æœ(lian)‰è(zuo)€é(huang)«˜(pei)æ¸(wei)(wei)(wei)©ã€æŠ—æ°(pin)§åŒ–(yi)(yi)(yi)(yi)ã€(mo)(mo)(mo)è(ci)€è(song)(song)(song)…(ao)蚀ã€(mo)(mo)(mo)å(huo)(huo)(huo)(huo)(huo)‡æ¸(wei)(wei)(wei)©å¿«ã€(mo)(mo)(mo)å(huo)(huo)(huo)(huo)(huo)¯¿å‘½é•¿ã€(mo)(mo)(mo)高(pei)æ¸(wei)(wei)(wei)©å˜(kuang)å½¢å°ã€(mo)(mo)(mo)å(huo)(huo)(huo)(huo)(huo)®‰è£(mao)…ç(ping)(ping)(ping)(ping)»´ä¿®æ–¹ä¾(zhu)¿ç(kua)­‰(li)(li)(li)ç‰(jian)¹ç(gui)‚¹åQ(ben)(ben)(ben)(ben)(ben)(ben)Œä(wu)¸”æœ(lian)‰è(zuo)‰¯å¥(lian)½çš„(qing)(qing)åŒ(chen)–å(yi)(yi)­¦½E(fu)›_®šæ€§ã€‚ç(yao)(yao)Ž°åœ¨å¸‚é(wei)¢ä¸Šå¸¸è§çš(fei)(fei)(fei)„ç(tong)(tong)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’ä¸(juan)(juan)(juan)(juan)(juan)(juan)»è(hun)¦æœ(lian)‰ä(bian)»¥ä¸(juan)(juan)(juan)(juan)(juan)(juan)‹å(pin)‡ (‡ )¿U(zhou)ç(qu)±»åž(kui)(kui)(kui)(kui)(kui)(kui)?å(ti)•è(die)žº(yu)¾U(wan)¹ç(gui)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’åQ(ben)(ben)(ben)(ben)(ben)(ben)ŒåŒèž(wu)ºç(hong)º¹¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’，(ren)(ren)(ren)(ren)(ren)(ren)¾_(qi)—ç(wo)(wo)(wo)Ÿ­(lie)(lie)(lie)å¼(liao)ç(dai)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’åQ(ben)(ben)(ben)(ben)(ben)(ben)Œç(chu)­‰(li)(li)(li)直径¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’，(ren)(ren)(ren)(ren)(ren)(ren)Uåž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’åQ(ben)(ben)(ben)(ben)(ben)(ben)ŒWåž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’åQ(ben)(ben)(ben)(ben)(ben)(ben)Œæ(shen)(shen)(shen)žªåž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’和异åž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’ ˜q™äº›ä¸(juan)(juan)(juan)(juan)(juan)(juan)å(ao)Œ¾cÕdž‹çš(fei)(fei)(fei)„ç(tong)(tong)¢³åŒ(chen)–ç(jian)¡…‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’å(qi)(qi)(qi)…·æœ(lian)‰ä(bian)¸å(yang)Œç(chu)š„(qing)(qing)形状和尺å¯(fen)(fen)(fen)¸ï¼Œ(ren)(ren)(ren)(ren)(ren)(ren)å›(qie) æ­¤æœ(lian)‰å(sui)¿…è¦æ ¹æ®ä‹É(jiao)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))¨æ—¶æ ÒŽ®ç‰(jian)¹å(gui)®šæƒ(luo)…å(yi)†µ(zhou)é€(kun)(kun)(kun)‰æ(qun)‹©å(yang)ˆé(mao)€‚ç(yao)(yao)š„(qing)(qing)¼„(pi)(pi)(pi)(pi)(pi)(pi)›_Œ–(yi)(yi)(yi)(yi)¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…棒ã€(mo)(mo)(mo)?2.1 èž(wu)ºç(hong)º¹¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)?èž(wu)ºç(hong)º¹¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’（(zhi)LD高æ(kui)¸©(fu)(fu)(fu)å(ti)•è(die)žº(yu)¾U(wan)¹å(gui)ž‹/SGR高æ(kui)¸©(fu)(fu)(fu)å(hong)(hong)(hong)Œè(Œè)(Œè(Œè))žº(yu)¾U(wan)¹å(gui)ž‹åQ(ben)(ben)(ben)(ben)(ben)(ben)‰ï¼š(xi)(xi)LD¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’å(qi)(qi)(qi)‘(fa)(fa)热部(rang)(rang)采ç(yun)”¨(ke)ç‰(jian)ÒŽ®Š(®Š)æ(shou)(shou)æ–™(dou)åˆ(rou)¶æˆåQ(ben)(ben)(ben)(ben)(ben)(ben)Œå¯†(gua)åº(qian)(qian)(qian)¦è¾¾åˆ(rou)?.8g/cmô”åQ(ben)(ben)(ben)(ben)(ben)(ben)Œæ(shen)(shen)(shen)œ€(ying)高ä‹É(jiao)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))¨æ¸©(fu)(fu)(fu)åº(qian)(qian)(qian)?625â„(lu)(lu)(lu)ƒï¼Œ(ren)(ren)(ren)(ren)(ren)(ren)­‘(zan)…é(xu)•¿ä½(huan)(huan)¿ç(kua)”¨(ke)å¯(fen)(fen)(fen)¿å‘½åQ(ben)(ben)(ben)(ben)(ben)(ben)Œä(wu)¸¤ç«(ku)¯æŽ¥(sha)(sha)¾U(wan)¿ï(kuang)¼Œ(ren)(ren)(ren)(ren)(ren)(ren)å(hong)(hong)(hong)¯ä¸Ž(ya)(ya)GD/HGDäº(bang)(bang)’æ¢(huang)ã€(mo)(mo)(mo)‚S(xi)GR¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’与(ya)(ya)å‰è€…å(yi)Œºåˆ(rou)«äºŽ(lu)(lu)å…‰™‡‡ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))¨ä¸€(cun)ç«(ku)¯æŽ¥(sha)(sha)¾U(wan)¿ï(kuang)¼Œ(ren)(ren)(ren)(ren)(ren)(ren)å®(yue)(yue)‰è(zuo)£…方便(jiu)ã€(mo)(mo)(mo)‚è(ta)žº(yu)¾U(wan)ÒŽ£’é€(kun)(kun)(kun)‚ç(yao)(yao)”¨(ke)äº(bang)(bang)Žç(tiao)£æ€§ææ–™ã€ç(quan)(quan)Ž»ç’ƒã€ç(quan)(quan)²‰æœ(lian)«å†¶(chai)金ã€å(huo)(huo)(huo)(huo)(huo)«æ²¹èáu(jiang)æ‰Ñ€ç(quan)(quan)”µ(shu)å­(ying)é(huang)™¶(fei)ç“—÷€å(huo)(huo)(huo)(huo)(huo)Œ–(yi)(yi)(yi)(yi)工等(li)(li)(li)è¡(chen)Œä(wu)¸š(gu)(gu)ã€(mo)(mo)(mo)?2.2 ¾_(qi)—ç(wo)(wo)(wo)Ÿ­(lie)(lie)(lie)å¼(liao)ç(dai)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’ ¾_(qi)—ç(wo)(wo)(wo)Ÿ­(lie)(lie)(lie)å¼(liao)ç(dai)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’åQ(ben)(ben)(ben)(ben)(ben)(ben)ˆG(lve)(lve)Cåž(kui)(kui)(kui)(kui)(kui)(kui)‹ï(‹ï)¼‰(ji)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))׃¸‰ä¸(juan)(juan)(juan)(juan)(juan)(juan)ªéƒ¨(rang)(rang)åˆ(rou)†ç„ŠæŽ(æŽ)(æŽ(æŽ))(æŽ(æŽ)(æŽ(æŽ)))¥ï¼Œ(ren)(ren)(ren)(ren)(ren)(ren)ä¸(juan)(juan)(juan)(juan)(juan)(juan)­é—´æ˜¯å‘(fa)(fa)热部(rang)(rang)åQ(ben)(ben)(ben)(ben)(ben)(ben)Œæ(shen)(shen)(shen)œ«ç«(ku)¯æ˜¯(yi)å†ïL«¯åQ(ben)(ben)(ben)(ben)(ben)(ben)Œä(wu)¸­(fu)(fu)(fu)é—´ç(cun)»†ä¸(juan)(juan)(juan)(juan)(juan)(juan)¤å¤´¾_(qi)—ï(la)¼Œ(ren)(ren)(ren)(ren)(ren)(ren)æœ(lian)€é«˜æ(kui)¸©(fu)(fu)(fu)åº(qian)(qian)(qian)¦äØ“1500â„(lu)(lu)(lu)ƒã€‚GCåž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)”¨(ke)äº(bang)(bang)Žè€å(huo)(huo)(huo)(huo)(huo)¼(fang)热处ç(nou)†ç‚‰(gan)(gan)ã€(mo)(mo)(mo)å(huo)(huo)(huo)(huo)(huo)®žéªŒç(chu)‚‰(gan)(gan)ã€(mo)(mo)(mo)隧é“炉(gan)(gan)½{(jiang)‰ã€‚Â(ji)(ji)?2.3 ½{(jiang)‰ç›´å¾„ç(tong)(tong)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’ ½{(jiang)‰ç›´å¾„ç(tong)(tong)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’åQ(ben)(ben)(ben)(ben)(ben)(ben)ˆG(lve)(lve)Dåž(kui)(kui)(kui)(kui)(kui)(kui)‹ï(‹ï)¼‰(ji)¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’主è¦ç(quan)(quan)”±(ai)ä¸(juan)(juan)(juan)(juan)(juan)(juan)‰æ(qun)®µ¾l(zi)„å(fan)(fan)ˆ(hao)焊接(sha)(sha)而æ(shen)(shen)(shen)ˆåQ(ben)(ben)(ben)(ben)(ben)(ben)Œä(wu)¸­(fu)(fu)(fu)é—´äØ“å(hong)(hong)(hong)‘ç(shi)(shi)ƒ­(zan)部，(ren)(ren)(ren)(ren)(ren)(ren)ä¸(juan)(juan)(juan)(juan)(juan)(juan)¤ç«¯ä¸(juan)(juan)(juan)(juan)(juan)(juan)ºå†·(kuai)ç«(ku)¯ï¼Œ(ren)(ren)(ren)(ren)(ren)(ren)æœ(lian)€é«˜ä‹É(jiao)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))¨æ¸©(fu)(fu)(fu)åº(qian)(qian)(qian)?500â„(lu)(lu)(lu)ƒã€‚其属于(lu)(lu)¾_(qi)—ç(wo)(wo)(wo)«¯åž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’çš(fei)(fei)(fei)„æ(juan)›¿(han)代äñ”å“，(ren)(ren)(ren)(ren)(ren)(ren)å…ähœ‰(shi)ç«(ku)¯éƒ¨(rang)(rang)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))µé(dian)˜»ž®ï(xi)¼Œ(ren)(ren)(ren)(ren)(ren)(ren)ä½(huan)(huan)¿ç(kua)”¨(ke)å¯(fen)(fen)(fen)¿å‘½é•Ñ€è(ci)Š‚èƒ(jian)½ç­‰(li)(li)(li)优ç(zhen)‚¹ã€(mo)(mo)(mo)‚GDåž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’ä¸(juan)(juan)(juan)(juan)(juan)(juan)»è(hun)¦ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))¨äºŽ(lu)(lu)½E(fu)€åœŸè§(dun)光粉ã€(mo)(mo)(mo)ç(quan)(quan)”µ(shu)å­(ying)ã(gong)€ç(quan)(quan)£æ€§ææ–™ã€ç(quan)(quan)²‰æœ(lian)«å†¶(chai)金ã€ç(quan)(quan)²¾(bu)å¯(fen)(fen)(fen)†é(qian)“¸é€(kun)(kun)(kun) ç­‰(li)(li)(li)è¡(chen)Œä(wu)¸š(gu)(gu)åQ(ben)(ben)(ben)(ben)(ben)(ben)ŒåšæŽ(æŽ)(æŽ(æŽ))(æŽ(æŽ)(æŽ(æŽ)))¨æ¿(shan)(shan)ç‚(liao)‰ã€ç(quan)(quan)½‘带炉(gan)(gan)ã€(mo)(mo)(mo)å(huo)(huo)(huo)(huo)(huo)°(zhuo)è½(qi)¦ç‚‰(gan)(gan)ã€(mo)(mo)(mo)ç(quan)(quan)®±å¼(liao)ç(dai)‚‰(gan)(gan)çš(fei)(fei)(fei)„å(fan)(fan)Š çƒ­å…ƒ(ya)件ã(duo)€‚Â(ji)(ji)?2.4 Uåž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’ Uåž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’åQ(ben)(ben)(ben)(ben)(ben)(ben)ˆG(lve)(lve)DUåž(kui)(kui)(kui)(kui)(kui)(kui)‹ï(‹ï)¼‰(ji)采ç(yun)”¨(ke)çš(fei)(fei)(fei)„æ(juan)˜¯(yi)ä¸(juan)(juan)(juan)(juan)(juan)(juan)¤æ”¯(xia)å(hong)(hong)(hong)‘ç(shi)(shi)ƒ­(zan)部和ä¸(juan)(juan)(juan)(juan)(juan)(juan)¤æ”¯(xia)å†ïL«¯é“¾æŽ¥(sha)(sha)而æ(shen)(shen)(shen)ˆåQ(ben)(ben)(ben)(ben)(ben)(ben)Œä(wu)¸Ž(ya)(ya)GDåž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’æ¯(jiao)(jiao)”å(you)°‘ä¸(juan)(juan)(juan)(juan)(juan)(juan)¤æ”¯(xia)å†ïL«¯åQ(ben)(ben)(ben)(ben)(ben)(ben)Œåœ¨(œ¨)ä½(huan)(huan)¿ç(kua)”¨(ke)çš(fei)(fei)(fei)„æ(juan)—¶å€™å(luo)(luo)¯(chi)节è(ta)ƒ½10-20%åQ(ben)(ben)(ben)(ben)(ben)(ben)Œæ(shen)(shen)(shen)œ€(ying)高ä‹É(jiao)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))¨æ¸©(fu)(fu)(fu)åº(qian)(qian)(qian)?500â„(lu)(lu)(lu)ƒã€‚GDUåž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))¨äºŽ(lu)(lu)需è¦å(huo)(huo)(huo)(huo)(huo)•ç«(ku)¯æŽ¥(sha)(sha)¾U(wan)¿ç(kua)š„(qing)(qing)½H‘ç(shi)(shi)‚‰(gan)(gan)åQ(ben)(ben)(ben)(ben)(ben)(ben)Œå¸¸(fu)(fu)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))¨äºŽ(lu)(lu)æŽ(æŽ)(æŽ(æŽ))(æŽ(æŽ)(æŽ(æŽ)))¨æ¿(shan)(shan)ç‚(liao)‰ã€å(huo)(huo)(huo)(huo)(huo)°(zhuo)è½(qi)¦ç‚‰(gan)(gan)ã€(mo)(mo)(mo)ç(quan)(quan)®±å¼(liao)ç(dai)‚‰(gan)(gan)å(hong)(hong)(hong)Šå…¶ä»–å(yi)(yi)‘¨æœ(lian)Ÿæ€§ç”µ(shu)ç‚(liao)‰ä(bian)¸­(fu)(fu)(fu)ã€(mo)(mo)(mo)‚Â(ji)(ji) Â?2.5 Wåž(kui)(kui)(kui)(kui)(kui)(kui)‹ç(xu)(xu)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’ 在æÕQ法ç(kuang)Ž»ç’ƒç”Ÿ(duo)äº(bang)(bang)§è¿‡(beng)½E(fu)‹ä(yu)¸­(fu)(fu)(fu)åQ(ben)(ben)(ben)(ben)(ben)(ben)Œç(chu)”±(ai)äº(bang)(bang)Žç(tiao)¡…¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’长时间处äº(bang)(bang)Žä¸¥é…ïLš„(qing)(qing)锡槽çŽ(dui)¯å¢ƒä¸(juan)(juan)(juan)(juan)(juan)(juan)­ï¼Œ(ren)(ren)(ren)(ren)(ren)(ren)å¯(fen)(fen)(fen)šw”¡æ§½ç”¨(ke)¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’有(shi)ç‰(jian)ÒŽ®Š(®Š)ä¸(juan)(juan)(juan)(juan)(juan)(juan)¥æ ¼çš(fei)(fei)(fei)„è¦æ±(cha)‚，(ren)(ren)(ren)(ren)(ren)(ren)ä¸(juan)(juan)(juan)(juan)(juan)(juan)€èˆ(lei)¬ç¢³åŒ(chen)–ç(jian)¡…å(hong)(hong)(hong)‘ç(shi)(shi)ƒ­(zan)ä½(huan)(huan)“ä¸èƒ(jian)½æ(jie)‰¿å(hong)(hong)(hong)—高(pei)æ¸(wei)(wei)(wei)©ã€è(ci)…(ao)蚀性气ä½(huan)(huan)“çš„(qing)(qing)ä¾(zhu)µèš€åQ(ben)(ben)(ben)(ben)(ben)(ben)Œæ(shen)(shen)(shen)‰€ä»¥é”¡æ§½ç”¨(ke)¼‹(yun)(yun)(yun)(yun)(yun)(yun)(yun)(yun)…ç(ping)(ping)(ping)(ping)¢³‹‚(gui)(gui)(gui)(gui)(gui)(gui)(gui)’å(qi)(qi)(qi)¿…™å(luo)(luo)»è(hun)¦æœ(lian)‰è(zuo)¶…é•¿ä‹É(jiao)ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))¨å¯¿å‘½çš„(qing)(qing)高密(gua)åº(qian)(qian)(qian)¦å‘(fa)(fa)热体ã€(mo)(mo)(mo)‚W形硅¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”)))(ç”(ç”)(ç”(ç”))(ç”(ç”)(ç”(ç”))))¨äºŽ(lu)(lu)‹¹®æ³•(chen)çŽ(dui)È’ƒé”¡æ§½ä¸(juan)(juan)(juan)(juan)(juan)(juan)Šï¼Œ(ren)(ren)(ren)(ren)(ren)(ren)å…‰å(sui)­¦çŽ(dui)È’ƒç†(tan)(tan)”å(you)Œ–(yi)(yi)(yi)(yi)åQ(ben)(ben)(ben)(ben)(ben)(ben)Œç(chu)Ž»ç’ƒæ·±åŠ(e) å·¥(fa)åQ(ben)(ben)(ben)(ben)(ben)(ben)Œå¯(chi)æŽ(æŽ)(æŽ(æŽ))(æŽ(æŽ)(æŽ(æŽ)))§æ°”æ°(pin)›ç”µ(shu)ç‚(liao)‰ç­‰(li)(li)(li)ã€(mo)(mo)(mo)?W形硅¼„(pi)(pi)(pi)(pi)(pi)(pi)Ïx(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)(chong)£’å(hong)(hong)(hong)‘ç(shi)(shi)ƒ­(zan)ä½(huan)(huan)“æè´¨å¯(chi)é€(kun)(kun)(kun)‰ä(bian)»¥ä¸(juan)(juan)(juan)(juan)(juan)(juan)‹ä(yu)¸‰¿U(zhou)：(xi)(xi) MHDå(hong)(hong)(hong)‘ç(shi)(shi)ƒ­(zan)ä½(huan)(huan)“æ质密(gua)åº(qian)(qian)(qian)¦ï¼ž2.8g/cmô”åQ(ben)(ben)(ben)(ben)(ben)(ben)Œè(Œè)(Œè(Œè))¡¨é(wei)¢æ¸©(fu)(fu)(fu)åº(qian)(qian)(qian)?625â„(lu)(lu)(lu)?HDå®(yue)(yue)žå¿ƒå(hong)(hong)(hong)‘ç(shi)(shi)ƒ­(zan)æ(shou)(shou)è(song)(song)(song)´¨(chuan)å¯(fen)(fen)(fen)†åº¦(hai)åQ(ben)(ben)(ben)(ben)(ben)(ben)?.58g/cmô”åQ(ben)(ben)(ben)(ben)(ben)(ben)Œè(Œè)(Œè(Œè))¡¨é(wei)¢æ¸©(fu)(fu)(fu)åº(qian)(qian)(qian)?625â„(lu)(lu)(lu)?HD½I(chu)ºå¿ƒå(hong)(hong)(hong)‘ç(shi)(shi)ƒ­(zan)æ(shou)(shou)è(song)(song)(song)´¨(chuan)å¯(fen)(fen)(fen)†åº¦(hai)åQ(ben)(ben)(ben)(ben)(ben)(ben)?.58g/cmô”åQ(ben)(ben)(ben)(ben)(ben)(ben)Œè(Œè)(Œè(Œè))¡¨é(wei)¢æ¸©(fu)(fu)(fu)åº(qian)(qian)(qian)?625â„(lu)(lu)(lu)?[…]

The post 什么是¼‹…碳‹‚? appeared first on 江è‹çŽ¯èƒ½¼‹…碳陶瓷有é™å…¬å¸.

]]>

1.定义

¼‹…碳‹‚’是一¿Uéžé‡‘属高温ç”늃­å…ƒäšgåQŒé€šå¸¸æ˜¯ç”±é«˜çº¯åº¦çš„¾l¿è‰²å…­æ–¹¼„›_Œ–¼‹…制æˆçš„‹‚’状或管状。硅¼„Ïx£’的制作过½E‹é€šå¸¸æ˜¯å°†é«˜çº¯åº¦çš„¼„›_Œ–¼‹…颗¾_’按一定比例æØœåˆåŽåQŒç»˜q?200℃的高温¼‹…化å†ç»“晶烧¾l“而制æˆã€‚ç¡…¼„Ïx£’在氧化性气氛中正常使用温度å¯è¾¾1450℃，˜qžç®‹ä½¿ç”¨å¯è¾¾2000ž®æ—¶ã€‚ç¡…¼„Ïx£’å…ähœ‰ç”Þq¡…原å­å’Œç¢³åŽŸå­æž„æˆçš„三¾l´ç©ºé—´ç»“构，æ¯ä¸€ä¸ªåŽŸå­è¢«å…¶ä»–四个原å­åŒ…围。SiC有多¿Uå˜ä½“，¾l“构大多是金刚石ã€é—ªé”ŒçŸ¿å’Œçº¤¾l´çŸ¿æ™¶æ ¼ã€‚优点在于其质地¼‹¬è€Œè„†åQŒè†¨èƒ€¾pÀL•°ž®ã€è€æ€¥å†·æ€¥çƒ­èƒ½åŠ›å¥½ï¼Œé«˜æ¸©ä¸æ˜“å˜åÅžåQŒæœ‰è‰¯å¥½çš„化学稳定性，抗酸能力æžå¼ºã€ä¸Žå¼ºé…¸ä¸å应等特点ã€?/p>

2.¼‹…碳‹‚’的主覾cÕdž‹

¼‹…碳‹‚’ä‹É用温度高åQŒå…·æœ‰è€é«˜æ¸©ã€æŠ—氧化ã€è€è…蚀ã€å‡æ¸©å¿«ã€å¯¿å‘½é•¿ã€é«˜æ¸©å˜å½¢å°ã€å®‰è£…维修方便等特点åQŒä¸”有良好的化学½E›_®šæ€§ã€‚现在市é¢ä¸Šå¸¸è§çš„ç¡…¼„Ïx£’主è¦æœ‰ä»¥ä¸‹å‡ ¿Uç±»åž?å•èžº¾U¹ç¡…¼„Ïx£’åQŒåŒèžºçº¹¼‹…碳‹‚’，¾_—短å¼ç¡…¼„Ïx£’åQŒç­‰ç›´å¾„¼‹…碳‹‚’，Uåž‹ç¡…¼„Ïx£’åQŒWåž‹ç¡…¼„Ïx£’åQŒæžªåž‹ç¡…¼„Ïx£’和异型硅¼„Ïx£’ ˜q™äº›ä¸åŒ¾cÕdž‹çš„碳化硅‹‚’具有ä¸åŒçš„形状和尺寸，因此有必è¦æ ¹æ®ä‹É用时æ ÒŽ®ç‰¹å®šæƒ…况选择åˆé€‚çš„¼„›_Œ–¼‹…棒ã€?/p>

2.1 螺纹¼‹…碳‹‚?/strong>

螺纹¼‹…碳‹‚’（LD高温å•èžº¾U¹åž‹/SGR高温åŒèžº¾U¹åž‹åQ‰ï¼šLD¼‹…碳‹‚’å‘热部采用ç‰ÒŽ®Šæ料制æˆåQŒå¯†åº¦è¾¾åˆ?.8g/cmô”åQŒæœ€é«˜ä‹É用温åº?625℃，­‘…长使用寿命åQŒä¸¤ç«¯æŽ¥¾U¿ï¼Œå¯ä¸ŽGD/HGD互æ¢ã€‚SGR¼‹…碳‹‚’与å‰è€…区别于光™‡‡ç”¨ä¸€ç«¯æŽ¥¾U¿ï¼Œå®‰è£…方便。螺¾UÒŽ£’适用于ç£æ€§ææ–™ã€çŽ»ç’ƒã€ç²‰æœ«å†¶é‡‘ã€å«æ²¹èáuæ‰Ñ€ç”µå­é™¶ç“—÷€åŒ–工等行业ã€?/p>

2.2 ¾_—短å¼ç¡…¼„Ïx£’

¾_—短å¼ç¡…¼„Ïx£’åQˆGC型）ç”׃¸‰ä¸ªéƒ¨åˆ†ç„ŠæŽ¥ï¼Œä¸­é—´æ˜¯å‘热部åQŒæœ«ç«¯æ˜¯å†ïL«¯åQŒä¸­é—´ç»†ä¸¤å¤´¾_—，最高温度äØ“1500℃。GC型用于è€å¼çƒ­å¤„ç†ç‚‰ã€å®žéªŒç‚‰ã€éš§é“炉½{‰ã€‚Â?/p>

2.3 ½{‰ç›´å¾„ç¡…¼„Ïx£’

½{‰ç›´å¾„ç¡…¼„Ïx£’åQˆGD型）¼‹…碳‹‚’主è¦ç”±ä¸‰æ®µ¾l„åˆç„ŠæŽ¥è€ŒæˆåQŒä¸­é—´äØ“å‘热部，两端为冷端，最高ä‹É用温åº?500℃。其属于¾_—端型硅¼„Ïx£’的替代äñ”å“，å…ähœ‰ç«¯éƒ¨ç”µé˜»ž®ï¼Œä½¿ç”¨å¯¿å‘½é•Ñ€èŠ‚能等优点。GDåž‹ç¡…¼„Ïx£’主è¦ç”¨äºŽ½E€åœŸè§å…‰ç²‰ã€ç”µå­ã€ç£æ€§ææ–™ã€ç²‰æœ«å†¶é‡‘ã€ç²¾å¯†é“¸é€ ç­‰è¡Œä¸šåQŒåšæŽ¨æ¿ç‚‰ã€ç½‘带炉ã€å°è½¦ç‚‰ã€ç®±å¼ç‚‰çš„加热元件。Â?/p>

2.4 Uåž‹ç¡…¼„Ïx£’

Uåž‹ç¡…¼„Ïx£’åQˆGDU型）采用的是两支å‘热部和两支å†ïL«¯é“¾æŽ¥è€ŒæˆåQŒä¸ŽGDåž‹ç¡…¼„Ïx£’比少两支å†ïL«¯åQŒåœ¨ä½¿ç”¨çš„时候å¯èŠ‚能10-20%åQŒæœ€é«˜ä‹É用温åº?500℃。GDUåž‹ç¡…¼„Ïx£’用于需è¦å•ç«¯æŽ¥¾U¿çš„½H‘炉åQŒå¸¸ç”¨äºŽæŽ¨æ¿ç‚‰ã€å°è½¦ç‚‰ã€ç®±å¼ç‚‰åŠå…¶ä»–周期性电炉中。 Â?/p>

2.5 Wåž‹ç¡…¼„Ïx£’

在æÕQ法玻璃生产过½E‹ä¸­åQŒç”±äºŽç¡…¼„Ïx£’长时间处于严é…ïLš„锡槽环境中，寚w”¡æ§½ç”¨¼‹…碳‹‚’有ç‰ÒŽ®Šä¸¥æ ¼çš„è¦æ±‚，一般碳化硅å‘热体ä¸èƒ½æ‰¿å—高温ã€è…蚀性气体的侵蚀åQŒæ‰€ä»¥é”¡æ§½ç”¨¼‹…碳‹‚’å¿…™å»è¦æœ‰è¶…é•¿ä‹É用寿命的高密度å‘热体。W形硅¼„Ïx£’用于‹¹®æ³•çŽÈ’ƒé”¡æ§½ä¸Šï¼Œå…‰å­¦çŽÈ’ƒç†”化åQŒçŽ»ç’ƒæ·±åŠ å·¥åQŒå¯æŽ§æ°”氛电炉等ã€?/p>

W形硅¼„Ïx£’å(hong)‘热体æè´¨å¯é€‰ä»¥ä¸‹ä¸‰¿U：(xi)

MHDå‘热体æ质密度＞2.8g/cmô”åQŒè¡¨é¢æ¸©åº?625â„?/p>

HD实心å‘热æ质密度åQ?.58g/cmô”åQŒè¡¨é¢æ¸©åº?625â„?/p>

HD½Iºå¿ƒå‘热æ质密度åQ?.58g/cmô”åQŒè¡¨é¢æ¸©åº?625â„?/p>

2.6 枪型¼‹…碳‹‚?/strong>

枪型¼‹…碳‹‚?a href="//patents.google.com/patent/CN107911886A/zh">由左‹‚’体ã€å³‹‚’体和连接棒体组æˆï¼Œå·¦æ£’体和åÏx£’体间隔åƈ列设¾|®ï¼Œå·¦æ£’体和åÏx£’体å‡åŒ…括å†ïL«¯å’Œå‘热部åQŒå·¦‹‚’体和峋‚’体的冷端å‡ä¸Žå‘热部的一端螺¾U¹è¿žæŽ¥ï¼Œå·¦æ£’体的å‘热部å¦ä¸€ç«¯æ²¿è½´å‘固定˜qžæŽ¥æœ‰æ”¯æ’‘部åQŒè¿žæŽ¥æ£’体包括左套管和å³å¥—管ã€?/a>枪型¼‹…碳‹‚’用于加工玻璃制å“的料盆ã€?/p>

2.7 异型¼‹…碳‹‚?/strong>

异型¼‹…碳‹‚’：用于å©åŸšå¼ç†”é“炉åQŒä¹Ÿå¯ç”¨äºŽåŒ–é“œã€é”¡ã€é”Œ½{‰ç”µç‚‰ï¼Œæ˜¯å„¿U电炉ä¸ç‚‰åŠç„¦ç‚­ç‚‰çš„替代å“。具有æ温速度快ã€èŠ‚能ã€çŽ¯ä¿ç­‰ä¼˜ç‚¹ã€?/p>

3.¼‹…碳‹‚’的优势

¼‹…碳‹‚’电热元件的主è¦ä¼˜ç‚¹æ˜¯çƒ­è¾å°„能力强，å¯ç²¾¼‹®æŽ§åˆ¶æ¸©åº¦ã€‚在工业应用上，通常加工æˆæ£’状ã€æ¡çŠ¶ã€æ¿çŠ¶æˆ–U形等åQŒä‹É用方法简å•ï¼Œå¯åƈè”ã€ä¸²è”ã€æØœè”ä‹É用，å¯æ°´òqÏxˆ–竖直安装åQŒæ€§ä­h比较高，是中高温工业ç”늂‰å’Œå®žéªŒç”µç‚‰æœ€å¸¸ç”¨çš„电热元件。电加热体原æ料需有充­‘³çš„è€æ¸©æ€§ä¸Žé«˜åˆ¶æŠ—压强度。硅¼„Ïx£’优质的特性ä‹É其在工作中ä¸ä¸Žç‚‰æ°”äñ”生放热å应，òq¶æœ‰å……èƒö的离温抗压强度，ä¸å®¹æ˜“åÅžå˜ã€‚ä‹É用碳¼‹…棒电能加热控制èµäh¥ä¼šæ›´åŠ çš„å®ÒŽ˜“åQŒè€Œä¸”覆盖的辞®„温度更加的å‡åŒ€ã€‚尤其是在大é¢ç§¯åˆ†å¸ƒçš„情况下åQŒè¿™¿U优ç‚ÒŽ›´åŠ çš„½H出åQŒæ‰€ä»¥ä¼šèµ·åˆ°éžå¸¸å¥½çš„效果改善了燃烧æÑa和气½{‰çš„ä¸èƒöã€?/p>

¼‹…碳‹‚’和其他加热元äšg相比åQŒç¡…¼„Ïx£’å…ähœ‰ä»¥ä¸‹ä¼˜ç‚¹åQšé«˜æ¸©æ€§èƒ½å¥½ï¼Œè€è…蚀性能好，使用寿命长，ä¸æ˜“å˜åÅžåQŒåŠ çƒ­å‡åŒ€ã€‚这些加热元件的特点和应用场景å„ä¸ç›¸åŒï¼Œéœ€è¦æ ¹æ®å…·ä½“情况选择ã€?/p>

¼‹…碳‹‚’ã€ç¡…钼棒和电热ä¸éƒ½æ˜¯é«˜æ¸©åŠ çƒ­å…ƒäšgåQŒä½†å®ƒä»¬åœ¨æ料，温度和ä‹É用寿命方é¢æœ‰æ‰€åŒºåˆ«ã€‚æ料上åQŒç¡…¼„Ïx£’是由高纯度的¼„›_Œ–¼‹…颗¾_’制æˆï¼Œ¼‹…é’¼‹‚’是由高¾U¯åº¦çš„氧化钼和氧化链_‰æœ«åˆ¶æˆåQŒç”µçƒ­ä¸æ˜¯ç”±é‡‘属电阻ä¸åˆ¶æˆï¼Œä»äh ¼æœ€ä¾¿å®œã€‚温度上åQŒç”µçƒ­ä¸çš„温度一般都åœ?000℃以下，而硅¼„Ïx£’的温度在800-1500℃，¼‹…é’¼‹‚’的使用温度è¦æ¯”¼‹…碳‹‚’的使用温度高的多，因此¼‹…碳‹‚’åªé€‚刞®åž‹½H‘炉åQŒè€Œå¤§åž‹çª‘炉或ç”늃­ç‚‰ä¸­åˆ™å¤§å¤šé‡‡ç”¨ç¡…钼棒。在使用寿命上，¼‹…碳‹‚’在到达使用寿命åŽï¼Œé˜Õd€¼å˜åŒ–更大，寿命期é™ç›¸å¯¹å›ºå®šåQŒç¡…钼棒的抗è€åŒ–现象ä¸å¤ªæ˜Žæ˜¾åQŒé€‚åˆé•¿æœŸä½¿ç”¨åQŒç”µé˜Õd€¼çš„增加ä¸å¤šåQŒåœ¨1000℃的åŒç­‰å·¥ä½œæ¡äšg下，¼‹…碳‹‚’的使用寿命是电热ä¸çš„æ•°å€ã€‚因此硅¼„Ïx£’适用于一些对加热å‡åŒ€æ€§è¦æ±‚较高的场åˆåQŒç¡…钼棒适用于对温度è¦æ±‚较高的大型场åˆï¼Œè€Œç”µçƒ­ä¸é€‚用于一些对加热速度è¦æ±‚较高的场åˆã€?/p>

4.¼‹…碳‹‚’在ä¸åŒç‚‰å­ä¸­çš„应用

¼‹…碳‹‚’因其优¿U€çš„特性现已广泛应用于电å­ã€ç£æ€§ææ–™ã€ç²‰æœ«å†¶é‡‘ã€é™¶ç“—÷€çŽ»ç’ƒã€åŠå¯ég½“ã€åˆ†æžåŒ–验ã€ç§‘学研½I¶ç­‰é«˜æ¸©é¢†åŸŸåQŒæˆä¸ºå®žéªŒç‚‰ã€ä¹‰é½¿ç‚‰ã€é©¬å¼—炉ã€çŽ»ç’ƒç†”炉ã€éš§é“炉ã€çœŸ½Iºç‚‰ä»¥åŠå„类加热讑֤‡çš„电加热元äšgã€?/p>

4.1 ¼‹…碳‹‚’在实验炉中的应ç”?/strong>

实验炉是一¿U用于实验室研究的加热设备，通常用于物质的热分æžã€åŒ–å­¦å应ã€æ料制备等实验。实验炉æ ÒŽ®ä¸åŒçš„实验需求和特点åQŒå¯ä»¥é‡‡ç”¨ä¸åŒçš„加热方å¼å’Œç‚‰ä½“æ料。常è§çš„实验炉包括石è‹Þq®¡ç‚‰ã€ç®¡å¼ç”µç‚‰ã€ç®±å¼ç”µç‚‰ã€æ°”氛炉½{‰ã€?/p>

实验炉通常由温度控制装¾|®ã€ç‚‰è†›ã€ä¿æ¸©ææ–™ã€åŠ çƒ­å…ƒä»¶ç­‰¾l„æˆã€‚温度控制装¾|®å¯ä»¥å¯¹å®žéªŒç‚‰çš„温度˜q›è¡Œ¾_„¡¡®æŽ§åˆ¶åQŒä¿è¯å®žéªŒçš„准确性和å¯é‡å¤æ€§ã€‚炉膛是实验炉内部的容器åQŒå¯ä»¥å®¹¾U›_®žéªŒæ‰€éœ€çš„æ ·å“或å应物。ä¿æ¸©æ料则用于å‡å°‘实验炉的热æŸå¤±ï¼Œæ高加热效率。加热元件一般ä‹É用硅¼„Ïx£’åQŒé€šè¿‡é€šç”µä½¿å…¶å‘热åQŒè¿›è€ŒåŠ çƒ­ç‚‰å†…物å“。因为硅¼„Ïx£’是一¿U高温电é˜ÀL料，å…ähœ‰é«˜æ¸©½E›_®šæ€§å’Œè¾ƒé•¿çš„ä‹É用寿命，因此被广泛用于实验炉的加热元件。相比之下，其他æ料如é“铬é“åˆé‡‘½{‰å®¹æ˜“氧化，使用寿命较短ã€?/p>

4.2 ¼‹…碳‹‚’在义é‹É炉中的应ç”?/strong>

义é‹É炉是一¿U高温炉åQŒä¸»è¦ç”¨äºŽåˆ¶ä½œä¹‰é½Ñ€ç‰™å¥—ç­‰å£è…”ä¿®å¤ç‰©ã€‚义齿炉å¯å°†æ料加热到高温，使其软化òq¶å˜å¾—易于æˆå½¢ã€‚在制作义é‹É的过½E‹ä¸­åQŒæ料需è¦ç»˜q‡å¤š‹Æ¡åŠ çƒ­å’Œå†·å´åQŒä»¥¼‹®ä¿å…¶åŞ状和质é‡ã€‚义齿炉通常由加热元件ã€æ¸©åº¦æŽ§åˆ¶å™¨ã€ç‚‰è†›å’Œä¿æ¸©ææ–™½{‰ç»„æˆã€?/p>

在义齿炉中，åŒèžº¾U¹ç¡…¼„Ïx£’主è¦ç”¨ä½œåŠ çƒ­å…ƒäšgåQŒé€šè¿‡ç”‰|µä½¿å…¶å‘热òq¶å°†ç‚‰å†…物å“加热到所需的温度。其优点有两斚w¢åQŒç¬¬ä¸€ä¸ªå¥½å¤„是å¯ä»¥ç”¨æ•žå¼€å¼å©åŸšçƒ§ç‰™ï¼Œä¸éœ€è¦ç›–å­ï¼Œåœ¨å•ä¸€çš„气氛下åQŒè¿™æ¶ˆé™¤äº†å©åŸšå†…二é‡æ°”æ°›åQŒä‹É烧结更加准确åQŒå› ä¸ÞZ¿®å¤ä½“ä¸ä¼šåœ¨ç¬¬äºŒç§å—热环境中烧¾l“。å¾è®®åº“存备一套硅¼„Ïx£’åQŒåœ¨éœ€è¦æ›´æ¢æ—¶ž®×ƒ¸ä¼šæµªè´ÒŽ—¶é—´ã€‚第二个好处ž®±æ˜¯¼‹…碳‹‚’具有高温抗性和较高的导热性能åQŒèƒ½å¤Ÿè€å—义é‹É炉中的高温环境，å¯ä»¥å¿«é€Ÿé™æ¸©ä¸”ä¸ä¼šæŸåå…ƒäšgåQŒå› æ­¤åœ¨ä¹‰é‹É炉中被广泛应用ã€?/p>

4.3 ¼‹…碳‹‚’在马弗炉中的应ç”?/strong>

马弗炉广泛应用于高温实验ã€æ™¶ä½“生é•Ñ€æ料处ç†ç­‰é¢†åŸŸåQŒå¦‚åŠå¯¼ä½“æ料制备ã€é‡‘属åˆé‡‘熔点{€é™¶ç“·åˆ¶å“烧制等。马弗炉的炉体主è¦ç”±é™¶ç“·æ料制æˆåQŒå…·æœ‰è‰¯å¥½çš„è€é«˜æ¸©æ€§èƒ½å’ŒåŒ–学稳定性，能够承å—高温下的化学å应和物ç†å˜åŒ–，˜q™äº›ç‰ÒŽ€§ä‹É其在实验室和工业生äñ”中都å…ähœ‰é‡è¦çš„地ä½ã€?/p>

马弗炉的加热元äšg是硅¼„Ïx£’åQŒå…·æœ‰é«˜æ¸©æŠ—性和较高的导热性能åQŒèƒ½å¤Ÿåœ¨é«˜æ¸©çŽ¯å¢ƒä¸‹å¿«é€ŸåŠ çƒ­ç‚‰å†…物å“。马弗炉˜q˜é…备了温度控制装置åQŒå¯ä»¥å¯¹ç‚‰å†…温度˜q›è¡Œ¾_„¡¡®è°ƒæŽ§åQŒä»¥æ»¡èƒö实验或生产的需求ã€?/p>

4.4 ¼‹…碳‹‚’在çŽÈ’ƒç†”炉中的应用

çŽÈ’ƒç†”炉是一¿U用于熔化玻璃原料的讑֤‡ã€‚它通常ç”׃¸€ä¸ªåŠ çƒ­å®¤å’Œä¸€ä¸ªç†”化玻璃原料的å©åŸš¾l„æˆã€‚在加热室中åQŒçŽ»ç’ƒåŽŸæ–™è¢«åŠ çƒ­åˆ°èƒö够高的温度以熔化åQŒç„¶åŽé€šè¿‡ä¸€ä¸ªå–·å˜´æˆ–½Ž¡é“‹¹åˆ°æ‰€éœ€å½¢çŠ¶çš„模具中。玻璃熔炉的设计和æ“作方法因刉™€ å•†å’Œåº”用而异。例如，一些玻璃熔炉å¯ä»¥ä‹É用天然气或电力作为燃料，而其他熔炉则使用更高¾U§åˆ«çš„燃料，例如氢气或氧气ã€?/p>

Wåž‹ç¡…¼„Ïx£’是一¿U用于高温加热的电加热元件。它ç”Þq¡…¼„Ïx料和钨ä¸åˆ¶æˆåQŒå…·æœ‰è¾ƒé«˜çš„è€é«˜æ¸©å’Œè€è…蚀性能。在çŽÈ’ƒç†”炉中，Wåž‹ç¡…¼„Ïx£’通常用于加热和维æŒç‚‰å†…温度。由于其良好的è€è…蚀性能åQŒå®ƒå¯ä»¥åœ¨çŽ»ç’ƒç†”炉中长时间ä‹É用而ä¸å®ÒŽ˜“å—到侵蚀。此外，它还å¯ä»¥é€šè¿‡è°ƒèŠ‚甉|µæ¥æŽ§åˆ¶åŠ çƒ­é€ŸçŽ‡å’Œæ¸©åº¦ï¼Œä½¿å…¶åœ¨çŽ»ç’ƒåˆ¶é€ è¿‡½E‹ä¸­èµ·åˆ°é‡è¦çš„作用ã€?/p>

4.5 ¼‹…碳‹‚’在隧é“炉中的应ç”?/strong>

隧é“炉是一¿U用于高温处ç†æ料的讑֤‡ã€‚它的特ç‚ÒŽ˜¯å…ähœ‰å¯æŽ§çš„温度和气氛åQŒå¯ä»¥åœ¨ä¸åŒçš„热处熘q‡ç¨‹ä¸­æ供适当的加热和冷å´é€ŸçŽ‡ã€‚隧é“炉通常用于金属ææ–™ã€çŽ»ç’ƒææ–™ã€çŸ³è‹±æ料等的生产加工，如钢锭ã€é“é”­ã€æ±½è½¦é›¶éƒ¨äšgã€çŽ»ç’ƒç“¶½{‰ã€‚隧é“炉˜q˜å¯ä»¥ç”¨äºŽçƒ­å¤„ç†ã€é€€ç«ã€æ·¬ç«ã€å›žç«ç­‰å·¥è‰ºã€?/p>

¼‹…碳‹‚’作为加热元件在隧é“炉中使用åQŒå®ƒä»¬é€šå¸¸æ”„¡½®åœ¨éš§é“窑的顶部，¼„›_Œ–¼‹…æ†çš„热端ä½äºŽéš§é“窑内，而电¾U¿è¿žæŽ¥åœ¨éš§é“½H‘炉外。工作原ç†æ˜¯é€šè¿‡ä¸¤ç«¯çš„接¾U¿åŠ çƒ­ç¢³åŒ–ç¡…æ†çš„热端。其特点是加热速度快，温度控制¾_‘Öº¦é«˜ï¼Œä½¿ç”¨å¯¿å‘½é•¿ï¼Œä¸”ä¸ä¼šäñ”生二‹Æ¡æ±¡æŸ“ã€?/p>

4.6 ¼‹…碳‹‚’在真空炉中的应ç”?/strong>

真空炉是一¿U用于高温处ç†æ料的讑֤‡ã€‚它的特ç‚ÒŽ˜¯åœ¨æ— æ°§æˆ–低氧的环境下˜q›è¡Œçƒ­å¤„ç†ï¼Œä»Žè€Œé¿å…氧化å应，以达åˆîC¸€å®šçš„ææ–™æ”ÒŽ€§æ•ˆæžœã€‚真½Iºç‚‰é€šå¸¸ç”¨äºŽé‡‘属ææ–™ã€é™¶ç“ähæ–™ã€åŠå¯ég½“ææ–™½{‰çš„热处ç†ã€‚ç¡…¼„Ïx£’在真½Iºç‚‰ä¸­ä¹Ÿæœ‰å¹¿æ³›åº”用，ç”׃ºŽ¼‹…碳‹‚’具有高¾U¯åº¦ã€ä½Žæ°”体å«é‡å’Œè¾ƒé«˜çš„è€è…蚀性能åQŒå› æ­¤åœ¨çœŸç©ºæ¡äšg下ä‹É用时åQŒèƒ½å¤Ÿä¿æŒè¾ƒé«˜çš„½E›_®šæ€§å’Œé•¿å¯¿å‘½ã€?a name="_Toc5287">

5.æ€È»“

该文章旨在ä‹ÉäºÞZ»¬æ›´è¿›ä¸€æ­¥äº†è§£ç¡…¼„Ïx£’åQŒå…¶ä¸»è¦åŒ…括五个部分。第一部分介ç»äº†ç¡…¼„Ïx£’的定义。第二部分介¾l了七ç§ä¸åŒ¾cÕdž‹çš„ç¡…¼„Ïx£’与其应用。第三部分介¾l了¼‹…碳‹‚’的优势òq¶å°†¼„›_Œ–¼‹…棒与硅钼棒和电热ä¸åœ¨æ料，温度和寿命方é¢è¿›è¡Œäº†æ¯”较。与其他加热元äšg相比åQŒç¢³åŒ–ç¡…‹‚’具有自å·Þqš„优势和缺ç‚V€‚ç¡…¼„Ïx£’的温度范围比ç”늃­ä¸æ›´é«˜ä¸”加热å‡åŒ€åQŒä½†æ˜¯åƈä¸é€‚用于大型炉å­ã€‚第四部分æ供了有关¼‹…碳‹‚’在ä¸åŒ¾cÕdž‹çš„熔炉中的儿U应用的详细信æ¯åQŒä¾‹å¦‚实验炉åQŒä¹‰é½¿ç‚‰åQŒé©¬å¼—炉åQŒçŽ»ç’ƒç‚‰åQŒçœŸ½Iºç‚‰å’Œéš§é“炉。在实验炉中åQŒç¡…¼„Ïx£’因其高温½E›_®šæ€§å’Œè¾ƒé•¿çš„ä‹É用寿命，有助于实验研½I¶ã€‚在义é‹É炉中åQŒåŒèžºçº¹¼‹…碳‹‚’å¯ä»¥çƒ§å‡ºçº¯å‡€åº¦æ›´é«˜çš„牙冠ã€?在玻璃炉中，Wåž‹ç¡…‹‚’å¯ä»¥æ‰¿å—高温和è…蚀åQŒå¯ç”¨äºŽåŠ çƒ­å’Œç»´æŒç‚‰ä¸­çš„温度ã€?在真½Iºç‚‰ä¸­ï¼Œ¼„›_Œ–¼‹…棒ç”׃ºŽå…‰™«˜¾U¯åº¦å’Œä½Žæ°”体å«é‡è€Œè¢«é¦–选ã€?在隧é“炉中，ž®†ç¢³åŒ–ç¡…æ†æ”¾åœ¨ç‚‰çš„顶部，òq¶å¯ä»¥å¿«é€Ÿè€Œå‡åŒ€åœ°åŠ çƒ­æ料。第五部分对文章˜q›è¡Œäº†æ€È»“。æ€ÖM½“而言åQŒç¢³åŒ–ç¡…‹‚’是一¿Ué‡è¦çš„加热元äšgåQŒç”±äºŽå…¶ç‹¬ç‰¹çš„特性，其应用范围很òqÑ€?/p>

¼‹…碳‹‚’作ä¸ÞZ¸€¿U高温加热元件在工业生äñ”中得åˆîCº†òq¿æ³›åº”用。éšç€å·¥ä¸šæŠ€æœ¯çš„ä¸æ–­å‘展åQŒç¡…¼„Ïx£’的应用领域也在ä¸æ–­æ‰©å¤§ã€‚未æ¥ï¼Œéšç€æ–°æ料和新技术的ä¸æ–­æ¶ŒçŽ°åQŒç¡…¼„Ïx£’的性能和应用领域将会得到进一步æå‡å’Œæ‹“展ã€?/p>

The post 什么是¼‹…碳‹‚? appeared first on 江è‹çŽ¯èƒ½¼‹…碳陶瓷有é™å…¬å¸.

]]> //ppfzpf.cn/whats-silicon-carbide-heating-element/feed/ 0