Silicon Carbide Shell & Tube Heat Exchanger for Fine Chemical Engineering

• Certification: CE, ISO, SGS, TUV, PED
• Application: Heater, Cooler, Vaporizer, Condenser, Absorber
• Principle: Mixing Heat Exchanger
• Style: Shell & Tube
• Material: Silicon Carbide
• Color: Customize
• Model NO.: XBA
• Transport Package: Wooden or Others, by Sea
• Specification: custom
• Trademark: XBA
• Origin: Qingdao China
• HS Code: 8419500090
• Production Capacity: 5000pieces/Year

Product Description

Business model

1.Graphite equipment:

patent type combined tube graphite heat exchanger and absorber; floating head tube graphite heat exchanger and falling film absorber; round block hole graphite heat exchanger and falling film absorber; patent type tubular graphite acid mist cooler, semi water gas cooler: Graphite reboiler, evaporator, condenser, sulfuric acid dilutor; Tower equipment such as graphite packing tower, quench and synthesis furnace: design and manufacture of A4 class pressure vessel (graphite Limited).

2. system engineering:

hydrochloric acid depth (conventional) analysis system: continuous decomposition system of hydrochloric acid depth; wastewater (waste gas) purification and treatment system; tail gas absorption system; acid mist treatment; hydrochloric acid, sulfuric acid, phosphoric acid and nitric acid recovery system; wastewater discharge system.

3. Anti corrosion equipment:

graphite lining, rubber lining, plastic lining, village tetrafluorocarbon, etc.

Silicon carbide heat exchanger is a kind of efficient heat exchange equipment, usually composed of multi-layer silicon carbide structure. It is composed of silicon carbide pipe, flange and seal. This equipment has excellent corrosion resistance and high temperature stability, and can withstand the use of extreme conditions such as high pressure and high temperature.
In normal operation, the working principle of the silicon carbide heat exchanger is to transfer heat through the silicon carbide tube in the heat transfer tube, and transfer the high-temperature fluid to the low-temperature fluid to achieve the transfer and exchange of heat. Because the silicon carbide tube has excellent thermal conductivity and high temperature resistance, it can withstand extremely high temperatures without deformation or damage. At the same time, its structural design also makes it have good sealing performance, which can prevent external impurities and moisture from entering the inside of the equipment to ensure the stability and safety of the equipment.