Position of the page:Home page==Technology Transfer==Inorganic Chemical
  Boron Compounds
  • Technology for the production of boric acid and by-production of magnesium carbonate by szaibelyite in Tibet
  • Technology for the production of boric acid and by-production of heptahydrate magnesium sulfate by szaibelyite
  • Manufacturing technique of barium metaborate
  • Manufacturing technique of calcium borate
  • Manufacturing technique of sodium perborate

Barium Compounds

  • New production process of high-purity barium carbonate
  • Manufacturing technique of granular barium hydroxide monohydrate

Carbonates

  • Manufacturing technique of special nanometer calcium carbonate for plastic, printing ink and rubber
  • Manufacturing technique of active zinc oxide and basic zinc carbonate

Chlorides and Chlorates

  • Manufacturing technique of stable chlorine dioxide liquor
  • Manufacturing technique of battery grade zinc chloride
  • Manufacturing technique of sodium chlorite
  • Manufacturing technique of sodium chlorate
  • Manufacturing technique of potassium perchlorate

Chromium Compounds

  • New technology for the production of sodium dichromate by non-calcium roasting
  • New process of clean chrome plating
  • New process of high-effective roasting of chromium ore with zero chrome residue release

Magnesium Salts

  • New process of ultra-fine extra light calcined magnesia
  • Technology for the production of magnesium carbonate series and magnesium oxide from magnesite by double decomposition method
  • Manufacturing technique of active magnesium hydroxide
  • Technology for production of industrial magnesium oxide by dolomite method

Silicon Compounds

  • Manufacturing technique of high-reinforced transparent white carbon
  • Manufacturing technique of special white carbon for toothpaste
  • Manufacturing technique of Special white carbon for SBS rubber-plastic elastomer
  • Manufacturing technique of special white carbon for pesticides
  • Preparation of high-reinforced white carbon by the by-product of phosphorous fertilizer industry—fluorine-containing silica gel
  • Preparation of sodium fluoride and white carbon by the by-product of phosphorous fertilizer industry—fluorine-containing silica gel
  • Micro-power silica gel and its series products
  • Manufacturing technique of calcium-iron-exchange type silica gel powder
  • Silica gel for beer stabilizing agent
  • Lightening assistant of newsprint paper—hydrated silicic acid
  • Manufacturing technique of ultra-fine aluminum silicate with the capacity of 500t/a
  • Manufacturing technique of high effective assistant—hydrated magnesium silicate
  • Manufacturing technique of instant sodium silicate powder
  • Manufacturing technique of high purity sodium silicate
  • Manufacturing technique of pentahydrate sodium metasilicate
  • Manufacturing technique of pentahydrate sodium metasilicate by utilizing waste alkali liquor and soluble glass produced in zirconium oxychloride production
  • Manufacturing technique of color-developer for carbon-free copying paper

Oxides and Peroxides

  • Manufacturing technique of active aluminum oxide by quick dehydration method with the capacity of 500t/y
  • Manufacturing technique of titanium oxide for photocatalysis
  • Manufacturing technique of pre-dispersed granular zinc oxide used for meridional tyre
  • Manufacturing technique of extra-fine compound zirconia
  • Manufacturing technique of sodium percarbonate
  • Manufacturing technique of calcium peroxide

Pigments

  • Manufacturing technique of DBS-series inorganic high-temperature resistant color pigments
  • Manufacturing technique of ferrosilicon red stainer for ceramic paste
  • Manufacturing technique of high temperature rapid firing chrome-tin purple porcelain pigment
  • Manufacturing technique of turquoise and praseodymium yellow pigments by electric-melting zirconia

Electronic Materials

  • New manufacturing technique of high-purity iron oxide red used for soft magnetic ferrite
  • New manufacturing technique of mangano-manganic oxide with large specific surface used for soft magnetic ferrite
  • Manufacturing technique of PTC electronic ceramic material—barium titanate and lead titanate
 

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