Takaitawa：Maganin cire iskar oxygen ba sabon kalma ba ne a masana'antu, kuma an yi amfani dashi sosai a cikin samarwa da rayuwa a ƙasashe da dama duniya. A cikin 'yan shekarun nan, tare da inganta...

Maganin cire iskar ba sabon kalma a masana'antu ba, kuma an yi amfani da shi sosai a cikin samarwa da rayuwa a ƙasashe da dama a duniya. A cikin 'yan shekarun nan, tare da ingantaccen matakin ci gaban masana'antar gida da kuma ingantaccen kayan kwakwalwa daban-daban, magagnin cire iskar sun karɓi hankali sosai a kasar Sin, kuma an gano magagnin cire iskar da dama da sababbi da masu sauƙi. Maganin cire iskar silicon carbide nau'i na sabon sinadari ne da aka sarrafa ta hanyar na'urar sintiri ta musamman ta silika carbide.

Babban ka'ida na cire oxygen shine cewa mai cire oxygen yana sha oxygen a cikin akwati, don haka ciki na akwati ya zama ba tare da iska ba, sannan ana adana kayayyakin daban-daban ko kayayyakin. Masu cire oxygen na gama gari ana amfani dasu sosai, ban da masu cire oxygen na asalin baƙin ƙarfe da masu cire oxygen na enzyme. Ana sarrafa ginin bisa tsarin tafin siliki carbide na masana'antu, kuma ana iya samun ƙura mai kyau na siliki carbide da fineness daga 600 zuwa 1250 mesh. A halin yanzu, waɗannan ƙura mai kyau ana amfani dasu ba wai kawai a cikin ƙarfe na aiki, ƙarfe masu ƙarfi, abrasive da met ba.

Maganar sarrafa ƙarfe silika carbide zuwa foda mai ƙarfi sosai, sabon nau'i ne na mai kawar da iskar oxygen mai ƙarfi, wanda ya maye gurbin foda ƙarfe silika da foda carbon na gargajiya wajen kawar da iskar oxygen. A kwatancen da hanyar da ta gabata, halaye na zahiri da na sinadarai sun fi ƙarfi, sakamakon kawar da iskar oxygen ya fi kyau, kuma lokacin kawar da iskar oxygen ya ragu. Wannan yana da matuƙar amfani wajen adana makamashi, inganta aikin samar da karfe, inganta ingancin karfe, rage amfani da kayan aiki da na tallafi, rage gurɓataccen muhalli, inganta yanayin aiki, da inganta fa'idodi na tattalin arziki gabaɗaya. Ƙarfe silika carbide.

To make ultra-fine silicon carbide powder, Shanghai Shibang, after years of research, has introduced a new type of silicon carbide grinding machine. This machine is specifically designed to meet the ultra-fine powder processing needs of the chemical industry. The grinding roller and grinding ring are made from high-quality, wear-resistant materials. The machine's upper and lower parts lack rigid connecting links, thus avoiding secondary wear, ensuring stable and safe operation. A frequency conversion speed analysis machine offers more precise and automatic powder control. The resulting silicon...