â— chemical liquid carrier
   Chemical liquid transport vehicles are widely used in the transportation, transportation and transportation of acid, alkali, salt and other corrosive and dangerous media. Tanks often use carbon steel lining rotomolding or stainless steel cans, aluminum cans and other materials.
structure
The chemical liquid transport vehicle consists of the chassis of the second type automobile, special tanks for chemical liquid transport vehicles, chemical pumps and other components
Dedicated part description:
1. Tank material can be used: carbon steel lined with rotomolded or stainless steel plate
2, tank shape: oval, square round, round
3, chemical pump: the use of domestic famous enterprises high-quality chemical liquid special pump
4. Function: It can separate or separate warehouses and pack different chemicals and liquid foods.
5, the internal set of multiple plastic anti-wave separator. Through the high-pressure air tightness test, the tank body has high strength, stable center of gravity, and safe and stable vehicle transportation.
â— Chemical liquid tank materialChemical liquid tankers have different requirements for the material of the tank according to the characteristics of the transported media.
Common chemical tank materials include: stainless steel (202, 304, 316L), carbon steel, plastic steel (lined plastic tank), glass steel, aluminum cans, plastic cans (polyethylene, polypropylene), etc.,,,
The full plastic tank series selects polyethylene as the main raw material formula technology, and forms a whole plastic and plastic steel product at the same time. It has no seams, no leakage, corrosion resistance, anti-aging, impact resistance, no toxicity, long life, and low cost. For most of the acid, alkali, salt, alcohol, aldehydes storage, transportation, reaction, mixing, waste water, gas treatment. More use of steel straps fixed in the car chassis for transport tanks. Widely used in chemical, metallurgy, environmental protection, brewing, food, pharmaceutical, storage and transportation companies.
The full plastic tank series uses polypropylene as the main raw material technology. The 20mm thick polypropylene sheet is welded by double-sided special process. The middle of the tank is reinforced with multiple wave-proof plates, which is better than polyethylene tank (<60°C) with high temperature resistance (Poly Propylene <85°C). Suitable for most acids, alkalis, salts, alcohols, aldehydes, storage, transportation, reaction, agitation, waste water, gas treatment. More use of steel straps fixed in the car chassis for transport tanks. Widely used in chemical, metallurgy, environmental protection, brewing, food, pharmaceutical, storage and transportation companies.
Plastic-steel composite tank series (lined plastic tank): Steel-plastic composite anti-corrosion series products are formed integrally with modified PE by steel mesh transition structure on the inner wall of the steel tank once, with the dual characteristics of PE corrosion resistance and metal strength, using temperature:- 20°C～70°C There are pressure tanks, large storage tanks, reactors, ion exchange columns, chemical towers, pipeline valves, etc., which are widely used in chemical industry storage and reaction and transportation tanks.
Carbon steel tank series: Internal and external meticulous anti-corrosion paint treatment, applicable to all kinds of non-corrosive chemical liquid transportation. Operating temperature: -20 °C ~ 60 °C, a smaller scope of application. (concentration> 97% concentrated sulfuric acid can be made of 6-8mm thick carbon steel plate)
FRP tanks have a wide range of applications. Due to their high brittleness and low toughness, tanks should not be made large when used as transportation tanks.
Aluminum cans are the best choice for transporting liquid nitric acid.
　　 Stainless steel tanks have a wide range of applications, but the cost is high.
A Heat Exchanger Unit is a device used to transfer thermal energy (heat) between two or more fluids. Heat exchangers are used in a wide variety of applications, such as heating and cooling of buildings, industrial processes, and power generation.
The heat exchanger unit essentially consists of heat exchangers such as Plate Heat Exchanger, Shell and Plate Heat Exchanger, or other counterpart, a circulating pump, a fluid make-up pump, thermometers, a filter, sensors, a pipeline and valves. It is also possible to design a temperature control system, pressure stabilization system, variable-frequency controller, heat metering and communication controller, etc. according to the client`s requirements.
Big advantage of heat exchanger unit is that, by adopting a modularized structure, it maximizes each component`s function to the most. The precise control for heat exchange process also saves time and efforts for maintenance and installation.
Feature is that intelligent control, excellently energy-saving, high automation and easy to operate, high cost performance and wide application.
Heat Exchanger Unit,Heat Exchanger Ac Unit,Heat Exchanger Package Unit,Heat Recovery Ventilation Unit
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