Silicon carbide heat exchange tube

CORESIC^® SE silicon carbide heat exchange tubes are formed by extrusion and is sintered under high temperature.Sanzer monitors the outer diameter of tubes by laser calibrator. Qualified products have even wall, smooth surface, good roundness and straightness. According to customer's special requirements, we can polish the outer diameter of both ends of the tube locally.
 

Typical application

• Used in tube and shell heat exchanger equipment.
• It is suitable for chemical processes of various chemicals such as cooling, condensation, heating, evaporation, film evaporation and absorption.
• Especially suitable for highly corrosive chemicals as follows.
• Strong corrosive acids such as bromine, sulfuric acid, hydrofluoric acid, nitric acid, and hydrochloric acid.
• Sodium hydroxide or other strong alkali.
• Halogenated compounds.
• Salt solutions, and organic compounds.

Features and advantages

• The straightness standard of CORESIC® SE silicon carbide heat exchange tube: straightness (unit: mm/m)≦1.2%. Each heat exchange tube must pass the standard tube inspection before delivery.
• CORESIC® SE silicon carbide heat exchange tube water pressure test standard: each silicon carbide tube is tested at 100Bar (60S) to ensure reliability and safety.
• EN10204-3.1 certificate available.
• CORESIC® SE silicon carbide heat exchange tube is the core of shell and tube heat exchanger. As silicon carbide has excellent properties such as corrosion resistance, high temperature resistance, high thermal conductivity, high hardness, and wear resistance, silicon carbide heat exchangers are particularly suitable for high temperature, high pressure, strong acid and alkali corrosion, high-speed airflow erosion, particle wear and other harsh working environments; it is an excellent high-performance alternative to graphite heat exchanger, stainless steel heat exchanger, metal tantalum heat exchanger, Hastelloy heat exchanger and fluoroplastic heat exchanger.
• Silicon carbide heat exchanger has excellent heat exchange efficiency. Compared with traditional heat exchanger equipment, it is more compact and small in size. It saves 70% of the installation space than glass-lined heat exchanger (Smaller heat exchange area required for the same heat transfer). As it is easy to disassemble, the silicon carbide heat exchanger tube can directly be cleaned or inspected through tube side, so the maintenance cost is low.

Standard specification for CORESIC^® SE silicon carbide heat exchanger tubes