Sell silicon Carbide
Offer type: salePublished: 04.08.2015
| Price: | negotiated |
| Seller: |  Tokarchuk Igor' Alekseevich |
| Phones: |  0504522477 Show phone |
| Address: | Ukraine, Zaporiz'ka Oblast', Zaporizhia |
Sell
Sell steel Production
Silicon carbide acts as fuel for the manufacture of Converter steel production. It is cleaner than coal, reducing waste production. Can also be used to raise the temperature of and regulation of the carbon content. The use of silicon carbide is smaller and allows the production of clean steel due to the low level of trace elements, compared with the combination of ferrosilicon and carbon
The catalyst
Natural resistance of silicon carbide oxidation, as well as opening new ways of synthesis of the cubic form of β-SiC with a greater surface area, leads to a large interest in using it as a heterogeneous catalyst. This form was used as a catalyst in the oxidation of hydrocarbons, such as n-butane, maleic anhydride
The production of graphene
Silicon carbide is used for the production of graphene through graphitization at high temperatures. This production is considered as one of the promising methods for the synthesis of graphene on a large scale for practical applications
Silicon carbide acts as fuel for the manufacture of Converter steel production. It is cleaner than coal, reducing waste production. Can also be used to raise the temperature of and regulation of the carbon content. The use of silicon carbide is smaller and allows the production of clean steel due to the low level of trace elements, compared with the combination of ferrosilicon and carbon
The catalyst
Natural resistance of silicon carbide oxidation, as well as opening new ways of synthesis of the cubic form of β-SiC with a greater surface area, leads to a large interest in using it as a heterogeneous catalyst. This form was used as a catalyst in the oxidation of hydrocarbons, such as n-butane, maleic anhydride
The production of graphene
Silicon carbide is used for the production of graphene through graphitization at high temperatures. This production is considered as one of the promising methods for the synthesis of graphene on a large scale for practical applications
