Stainless steel heat exchange tubes specialize in solving heat transfer problems
By: mxgy,
The function of stainless steel heat exchange tube is to send the heat of high temperature fluid to low temperature fluid. The common type is corrugated pipe, which is in the shape of Fried Dough Twists. The difference from the straight pipe is that its appearance has spiral ripple, which can make the fluid rotate crazily inside. This type of corrugated pipe can also be self-cleaning, and the turbulence formed by the ripples can automatically flush the pipe wall, making it difficult for scale and stains to adhere.
Its common usage scenarios include:
Milk factory sterilization line: Heat fresh milk from 40 ℃ to 90 ℃ in 1 second (choosing food grade 304 is safer);
Nuclear power plant condenser: to cool down the reactor and prevent melting (choose 316L stainless steel radiation resistant);
Chemical plant reaction kettle: enables safe heat exchange of toxic chemicals without leakage (corrugated pipes are more corrosion-resistant);
Home wall mounted boiler: quickly heats hot water, no waiting for showering (ultra-thin wall for fast heat conduction).
It relies on ripples to create turbulence and thin walls to accelerate heat transfer, specifically solving heat transfer problems for dairy, chemical, and power plants.
Stainless steel heat exchange tubes specialize in solving heat transfer problems
By: mxgy,
The function of stainless steel heat exchange tube is to send the heat of high temperature fluid to low temperature fluid. The common type is corrugated pipe, which is in the shape of Fried Dough Twists. The difference from the straight pipe is that its appearance has spiral ripple, which can make the fluid rotate crazily inside. This type of corrugated pipe can also be self-cleaning, and the turbulence formed by the ripples can automatically flush the pipe wall, making it difficult for scale and stains to adhere.
Its common usage scenarios include:
Milk factory sterilization line: Heat fresh milk from 40 ℃ to 90 ℃ in 1 second (choosing food grade 304 is safer);
Nuclear power plant condenser: to cool down the reactor and prevent melting (choose 316L stainless steel radiation resistant);
Chemical plant reaction kettle: enables safe heat exchange of toxic chemicals without leakage (corrugated pipes are more corrosion-resistant);
Home wall mounted boiler: quickly heats hot water, no waiting for showering (ultra-thin wall for fast heat conduction).
It relies on ripples to create turbulence and thin walls to accelerate heat transfer, specifically solving heat transfer problems for dairy, chemical, and power plants.
