800# 1000#綠碳化硅微粉 拋光碳化硅
 
 
 
 



 
 
 

 
      碳化硅是用石英砂、石油焦（或煤焦）、木屑（生產綠色碳化硅時需要加食鹽）等原料在電阻爐內經高溫冶煉而成。在當代C、N、B等非氧化物高技術耐火原料中，碳化硅為應用最廣泛、最經濟的一種，可以稱為金鋼砂或耐火砂。碳化硅又稱碳硅石、金剛砂、耐火砂，是用石英砂、石油焦、木屑等原料在電阻爐中經高溫冶煉而成。碳化硅有黑碳化硅和綠碳化硅兩個常用的基本品種：①黑碳化硅含SiC約95％，其韌性高于綠碳化硅，黑碳化硅用于加工抗張強度低的材料，如玻璃、陶瓷、石材、耐火材料、鑄鐵和有色金屬等；②綠碳化硅含SiC98％以上，自銳性好，綠碳化硅用于加工硬質合金、鈦合金和光學玻璃，綠碳化硅用于珩磨汽缸套和精磨高速鋼刀具。
 



      碳化硅具有化學性能穩定、導熱系數高、熱膨脹系數小、耐磨性能好、耐腐蝕、耐高溫、強度大、導熱性能良好、抗沖擊等特性。
 



項目
SiC
Fe2O3
F.C
Ⅰ
≥97%
≤1.2%
≤0.3%
Ⅱ
≥90%
≤1.5%
≤0.5%
比重
3.2g/cm3
堆積密度
1.53g/cm3
熔點
1800 °C
最高使用溫度
1750 °C
莫氏硬度
9.2
顯微硬度
2840～3320kg/mm2
線膨脹系數
1.5-2

   
 
      磨料磨具方面：碳化硅主要用于制作砂輪、砂紙、砂帶、油石、磨塊、磨頭、研磨膏及光伏產品中單晶硅、多晶硅和電子行業的壓電晶體等方面的研磨、拋光等。
 
      化工方面：碳化硅可用做煉鋼的脫氧劑和鑄鐵組織的改良劑，可用做制造四氯化硅的原料，是硅樹脂工業的主要原料。碳化硅脫氧劑是一種新型的強復合脫氧劑，取代了傳統的硅粉碳粉進行脫氧，和原工藝相比各項理化性能更加穩定，脫氧效果好，使脫氧時間縮短，節約能源，提高煉鋼效率，提高鋼的質量，降低原輔材料消耗，減少環境污染，改善勞動條件，提高電爐的綜合經濟效益都具有重要價值。
 
      耐磨、耐火和耐腐蝕材料方面：利用碳化硅具有耐腐蝕、耐高溫、強度大、導熱性能良好、抗沖擊等特性，碳化硅一方面可用于各種冶煉爐襯、高溫爐窯構件、碳化硅板、襯板、支撐件、匣缽、碳化硅坩堝等。另一方面碳化硅可用于有色金屬冶煉工業的高溫間接加熱材料，如豎罐蒸餾爐、精餾爐塔盤、鋁電解槽、銅熔化爐內襯、鋅粉爐用弧型板、熱電偶保護管等。碳化硅用于制作耐磨、耐蝕、耐高溫等高級碳化硅陶瓷材料。碳化硅還可以制做火箭噴管、燃氣輪機葉片等。此外，碳化硅也是高速公路、航空飛機跑道太陽能熱水器等的理想材料之一。
 
      有色金屬方面：利用碳化硅具有耐高溫，強度大，導熱性能良好，抗沖擊，作高溫間接加熱材料，如堅罐蒸餾爐，精餾爐塔盤，鋁電解槽，銅熔化爐內襯，鋅粉爐用弧型板，熱電偶保護管等。
 
      鋼鐵方面：利用碳化硅的耐腐蝕，抗熱沖擊耐磨損，導熱好的特點，用于大型高爐內襯提高了使用壽命。
 
      冶金選礦方面：碳化硅硬度僅次于金剛石，具有較強的耐磨性能，碳化硅是耐磨管道，葉輪、泵室、旋流器，礦斗內襯的理想材料，碳化硅耐磨性能是鑄鐵、橡膠使用壽命的5--20倍，碳化硅是航空飛行跑道的理想材料之一。
 
      建材陶瓷砂輪工業方面：利用碳化硅導熱系數、熱輻射、高熱強度大的特性，制造薄板窯具，不僅能減少窯具容量，還提高了窯爐的裝容量和產品質量，縮短了生產周期，碳化硅是陶瓷釉面烘烤燒結理想的間接材料。
 



      1、運輸與裝卸：碳化硅在運輸過程中，不得用鐵鉤拖拽，應防止與堅硬物質混裝，不可強烈振動、磨擦、踩、砸，嚴禁拋擲，應輕裝輕卸，以減少包裝破碎，影響使用。
      2、儲存：碳化硅應儲存于陰涼干燥處，防止內外包裝袋破裂，防止受潮和其它物質，影響使用效果、存放要遠離污染源。
      3、嚴禁水浸：碳化硅屬于高級磨料，所以在運輸、儲存和使用過程中，都要絕對防止水浸，因水浸后，嚴重影響使用效果。
 



















































登封市森利達磨料磨具銷售有限公司

經理：李蕓
手機：
Q Q： 2740217005
郵箱：2740217005@
網址
地址：河南登封市少林辦事處劉莊村
 





























Silicon carbide is with quartz sand and petroleum coke (or coal), wood (green silicon carbide production need to add salt) and other raw materials in the resistance furnace high temperature smelting and become classics. In the contemporary C, N, B and other non oxide high technology refractory raw materials, silicon carbide is the most widely used, the most economical one, can be called the steel sand or refractory sand. Silicon carbide is also called moissanite, carborundum, refractory sand, quartz sand and petroleum coke, wood and other raw materials in the resistance furnace high temperature smelting and. Silicon carbide with black and green silicon carbide silicon carbide two commonly used basic varieties: 1 black silicon carbide SiC containing about 95%, the toughness is higher than the green silicon carbide, black silicon carbide for processing low tensile strength of the material, such as glass, ceramics, stone, refractory material, cast iron and non-ferrous metals; II green silicon carbide containing SiC98% above, good self sharpening, green silicon carbide for processing hard alloy, titanium alloy and optical glass, green silicon carbide for honing the cylinder and fine grinding HSS Cutting Tools.
Abrasives: silicon carbide is mainly used for making grinding wheel, abrasive paper, abrasive, abrasive, grinding, grinding head, grinding paste and photovoltaic products monocrystalline silicon, polycrystalline silicon and electronic industry of piezoelectric crystal aspects such as grinding, polishing etc..
Chemical industry: silicon carbide can be used as a steel making agent and the improvement agent of cast iron, can be used as raw materials to manufacture four silicon tetrachloride, is the main raw material of silicon resin industry. SiC deoxidation agent is a new type of strong composite deoxidizing agent, to replace the traditional silicon powder toner for deoxidation, and the original process compared to the physical and chemical performance is more stable, good deoxidizing effect, deoxidizing time relationship, energy conservation, improve the efficiency of steel, improve steel quality, low raw material consumption, reduce environmental pollution, improve working conditions, and the comprehensive economic benefits of improving furnace has an important value.
Wear resistant, fire resistant, and resistant corrosion materials: using silicon carbide with corrosion resistant, high temperature resistant, high strength, good thermal conductivity, impact resistance and other properties, silicon carbide on the one hand, can be used in all kinds of smelting furnace lining, high temperature furnaces component, silicon carbide plate, lining board, support, sagger, silicon carbide crucible etc.. On the other hand, SiC can be used for non-ferrous metal smelting industry of high temperature indirect heating materials, such as vertical retort furnace, distillation furnace tray, aluminum electrolytic tank, copper smelting furnace lining, zinc powder furnace arc plate, the thermocouple protection tube, etc.. Silicon carbide used in the production of wear-resistant, corrosion, high temperature and other advanced silicon carbide ceramic materials. Silicon carbide can also make rocket nozzle, gas turbine blades, etc.. In addition, silicon carbide is one of the ideal materials for the highway, aircraft runway solar water heater, etc..
Non-ferrous metals: using silicon carbide with high temperature resistance, strength, good thermal conductivity, impact, high temperature indirect heating material, such as firm retort furnace, furnace distillation tray, aluminum electrolytic tank, copper smelting furnace lining, zinc powder furnace with arc plate, thermocouple protection tube.
Iron and steel: the use of silicon carbide corrosion resistance, thermal shock resistance and wear resistance, good thermal conductivity, used for large blast furnace lining to improve the service life.
Metallurgical processing: silicon carbide hardness is second only to diamond, has a strong wear resistance, silicon carbide is wear-resistant pipe, impeller, pump room, cyclone, the ideal material of the mine hopper lining, silicon carbide wear-resistant properties of cast iron, rubber service life of 5--20 times, silicon carbide is one of the ideal material for aerial flight runway.
Building materials ceramic grinding wheel industry: using SiC thermal conductivity, heat radiation, high strength characteristics, manufacturing 
熔點 : 1800℃ ;
硬度 : 9.2 ;
品牌 : 森利達 ;
密度 : 1.53g/cm3（g/cm3） ;
含量≥ : 99.5（％） ;
原產地 : 河南 ;