China Glyphosate Production Usage Glr Enamel Liner Glass Liner Reactor

3.0KL 5.0KL Glass lined reactor special for making glyphosate:
The method for preparing glyphosate includes the following steps:
1) The raw material water, glyphosate, and activated carbon are mixed into a suspension in proportion to the pressure reactor, and the pressure reactor is closed for oxidation reaction, and the glyphosate is quickly oxidized; sampling and analyzing the mass fraction of glyphosate in the reaction solution , When the glyphosate is completely converted, stop the oxygen supply and release the pressure to normal pressure;
2) After the reaction material is heated to 80 ºC ~ 100 ºC, the filter cake I and mother liquor I mainly containing activated carbon are obtained through a microporous filter device;
3) After mother liquor I undergoes continuous multi-effect crystallization, the solids are separated by a microporous filter device to obtain filter cake II and mother liquor II. After filter cake II is dried, glyphosate technical medicine is obtained.
Glass lined reactor equipment is made by applying enamel with high silicon content on the metal surface, and enamel burning at 1200°C to make the enamel adhere to the surface of the metal iron tire. Therefore, it has the dual advantages of glass-like chemical stability and metal strength.
Glass-lined reactor equipment is widely used in reactions, evaporation, concentration, synthesis, extraction, polymerization, saponification, mineralization, and chlorine in chemical, pharmaceutical, dye, pesticide, organic synthesis, petroleum, food manufacturing, and defense industries and other industrial production and scientific research. To replace expensive stainless steel and non-ferrous metals. Corrosion resistance: It has strong corrosion resistance to various concentrations of inorganic acids, organic acids, organic solvents and weak alkalis. However, it is not applicable to strong alkalis, hydrofluoric acid and fluoride ion-containing media, and phosphoric acid with a temperature greater than 180°C and a concentration greater than 30%.

K type glass lined reactor technical data:
NoNominal capacity(L)Actual capacity(L)Heat exchange area(m2)Motor
Power
(Kw)Rotation SpeedMain Dimension(mm)hWight
(kg)Anchor/
frameTurbine/PaddleDD1D2D3HH1H2H3H0Anchor/
frameTurbine/
Paddle 1K50700.340.7563rpm85rpm500600720270480300285945203050903302K1001270.840.756007008402706003403209452170601104303K2002471.441.17008009403007803503459532440601305304K3003691.753.0800900104035080038038011542770801505955K5005882.643.090010001172350107048040511543030851606556K100012454.54.012001300147840012705004951276336011021013317k150017145.2413001450165540014706005051276332610021016238k200021607.02413001450165540018156005051276367110021019319K300032378.615.5160017501960450181060059513163791130240263810K4000425511.75.5160017501960450231060059513164291130240322511K4000434010.95.5175019002152450202570064313164046130270350012K5000538013.637.5160017501960450281070058013164791130270385013K5000543013.87.5175019002152450245570064313164508130270404614K6300649315.87.5175019002152450288570064313955027130270462615K8000845018.311200022002457510278580070515455225150330636816K100001052021.1511220024002708550304080075017705588150360765517K125001304025.79152200240027085503680800750177067301503609173
Notes:
1.The enamel layer produced by our company can resist the corrosion of various concentrations of organic acids, inorganic acids, organic solvents and weak bases.
2.This product is not suitable for hydrofluoric acid, fluoride ion-containing medium, strong alkali and concentrated phosphoric acid under specific conditions (concentration ≥30%, temperature ≥180 ºC)