Oversigt over kemisk væsketransport sættevogn

Sættevogne til kemisk væsketransport har forskellige krav til tankmaterialer i henhold til det transporterede mediums egenskaber. Almindeligt anvendte kemiske væsketankmaterialer omfatter: rustfrit stål (202, 304, 316L), kulstofstål, plaststål (foret med plastiktanke), glasfiberforstærket plast, aluminiumstanke, alle-plastiktanke (polyethylen, polypropylen) osv. , udvælgelse af alle-plastik tank serie Polyethylen er den vigtigste råmateriale formel proces. Hele plast- og plaststålprodukterne dannes på én gang. Syre, alkali, salt, alkohol, aldehyd opbevaring, transport, reaktion, omrøring, spildevand, gasbehandling. Stålremme bruges mest til at binde og fastgøre på bilens chassis som en transporttank. Udbredt i den kemiske industri, metallurgi, miljøbeskyttelse, brygning, fødevarer, farmaceutiske, opbevaring og transport og andre virksomheder. Alle-plastiktankserien bruger polypropylen som den vigtigste råvareproces, og den 20MM tykke polypropylenplade er svejset med en dobbeltsidet specialproces. Propylen<85°C). Plastic-steel composite tank series (plastic-lined tank): steel-plastic composite anti-corrosion series products, through the steel mesh transition structure, the modified PE is integrally formed on the inner wall of the steel tank at one time. It has the dual characteristics of PE's anti-corrosion performance and metal strength. Operating temperature: - 20℃～70℃ Products include pressure tanks, large storage and transportation tanks, reaction kettles, ion exchange columns, chemical towers, pipeline valves, etc., which are widely used in storage, reaction and transportation tanks in the chemical industry. Carbon steel tank series: the interior and exterior are carefully treated with anti-corrosion paint, suitable for the transportation of various non-corrosive chemical liquids. Operating temperature: -20°C ~ 60°C, the scope of application is small (concentrated sulfuric acid with a concentration > 97% can be made of 6-8 mm thick carbon steel plate). When used as a transport tank, the tank body should not be enlarged. Aluminum cans are the best choice for transporting liquid nitric acid. Stainless steel tanks have a wider range of applications, but the cost is higher. The company has strong technical force, and can design and manufacture products that satisfy users according to user requirements.