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Product name: Sodium carbonate enamel vacuum dryer
Product keywords:催化剂甲酸钠耙式干燥机|催化剂真空干燥机|碳酸钠烘干设备
Product Profile:The vacuum kneading dryer is a conductive heat transfer dryer. In the dryer, the material is not directly in contact with the heating medium, and is suitable for drying small amounts of mud-like or paste-like materials that are not resistant to high temperatures and are susceptible to oxidation.
I. Catalyst sodium citrate dryer - equipment overview
Sodium formate, also known as sodium formate, contains two crystal waters in the crystal, so it is also known as sodium dihydrate, sodium formate dihydrate, sodium succinate (Sodiumformatehydrate). Sodium formate is one of the simplest organic carboxylates, white crystals or powders with a slight formic acid odor. Slightly deliquescent and hygroscopic. Sodium formate is mainly used for the production of insurance powder, oxalic acid and formic acid. Used in the leather industry as a camouflage acid in the chrome leather process, as a catalyst and a stable synthetic agent, as a reducing agent in the printing and dyeing industry. Sodium formate is harmless to the human body and has a stimulating effect on the eyes, respiratory system and skin.
The vacuum kneading dryer is a conductive heat transfer dryer. In the dryer, the material is not directly in contact with the heating medium, and is suitable for drying small amounts of mud-like or paste-like materials that are not resistant to high temperatures and are susceptible to oxidation.
When the catalyst sodium formate dryer is used to push the material, the crucible shaft rotates, and the outer curved surface of the shaft end tooth is bent into an involute or arc shape according to the same rotation direction as the x-axis, and the back curve range is greater than or equal to one quadrant. Since the outer edge of the shaft end tooth and the inner surface of the head are in the same shape and the two are in contact, the material pushing the tooth to the head end can be turned upward and outward to reduce the pushing resistance. In general, the molars stir the animal material in a circumferential direction with a force of 60-70%, and push the material along the axis with a force of 30-40%. In addition, the outer arc surface of all the molars is effectively connected to the length of the inner surface of the stripping chamber, which can meet the requirements of all stripping of the cylindrical surface in the cartridge body.