Stainless steel heat exchange tubes are the "heat transfer gunners" in industrial equipment. They are responsible for transferring heat from hot potatoes to cold brothers, and they can withstand all kinds of corrosion. This thing looks like an ordinary steel pipe, but it hides the hard-core genes of stainless steel. Hard-core conduction: hot oil/steam rushes into the pipe, and the heat is transferred to the cold water along the stainless [...]
Common faults of stainless steel heat exchange tubes, such as corrosion, scaling, material and manufacturing defects, etc., are mainly caused by multiple factors such as material defects, operating environment, and process operation. 1. Corrosion problems Medium corrosion: Acidic/alkaline media (such as acid and alkali solutions in chemical production) directly corrode the tube, causing thinning or perforation of the tube wall. When the chloride ion concentration is ≥500ppm, austenitic stainless [...]
Stainless steel heat exchange tubes are common tubular heat exchange elements. In conventional heat exchange scenarios, they are standard cylindrical. However, they are not just straight tubes... In addition to straight tubes, stainless steel heat exchange tubes are classified by shape, including corrugated tubes, U-shaped tubes, coils, spiral reinforced tubes, serpentine tubes and special-shaped tubes, each of which has different characteristics. 1. Corrugated tubes: The corrugated inner or outer wall [...]
For fluids with high viscosity, it is very important to choose stainless steel heat exchange tubes. If the wrong one is chosen, the fluid will have greater resistance when flowing in the tube, affecting the heat exchange efficiency of the heat exchange tube. Stainless steel heat exchange tubes should meet the following requirements for such fluids: 1. Large inner diameter Stainless steel heat exchange tubes with large inner diameters are [...]
Stainless steel heat exchange tubes have good corrosion resistance, and there is a chromium oxide film on their surface to prevent oxidation. However, under the influence of the following three factors, stainless steel heat exchange tubes may rust. 1. Humid environment 2. Acidic substances 3. Chloride ion-containing medium Long-term contact with these three conditions will loosen the medium of the heat exchange tube, causing iron oxide to form and surface [...]
Behind the huge reaction tanks in chemical plants, in the intricate maze of central air-conditioning pipes, there are always rows of silver-white metal pipes running quietly. These inconspicuous stainless steel pipes are the invisible heroes in industrial production - they are responsible for the "relay race" of heat transfer between equipment, which directly determines the energy efficiency level of the entire device. Stainless steel heat exchange tubes can show amazing [...]
Stainless steel heat exchange tubes are the "heat transfer gunners" in industrial equipment. They are responsible for transferring heat from hot potatoes to cold brothers, and they can withstand all kinds of corrosion. This thing looks like an ordinary steel pipe, but it hides the hard-core genes of stainless steel. Hard-core conduction: hot oil/steam rushes into the pipe, and the heat is transferred to the cold water along the stainless [...]
Common faults of stainless steel heat exchange tubes, such as corrosion, scaling, material and manufacturing defects, etc., are mainly caused by multiple factors such as material defects, operating environment, and process operation. 1. Corrosion problems Medium corrosion: Acidic/alkaline media (such as acid and alkali solutions in chemical production) directly corrode the tube, causing thinning or perforation of the tube wall. When the chloride ion concentration is ≥500ppm, austenitic stainless [...]
Stainless steel heat exchange tubes are common tubular heat exchange elements. In conventional heat exchange scenarios, they are standard cylindrical. However, they are not just straight tubes... In addition to straight tubes, stainless steel heat exchange tubes are classified by shape, including corrugated tubes, U-shaped tubes, coils, spiral reinforced tubes, serpentine tubes and special-shaped tubes, each of which has different characteristics. 1. Corrugated tubes: The corrugated inner or outer wall [...]
For fluids with high viscosity, it is very important to choose stainless steel heat exchange tubes. If the wrong one is chosen, the fluid will have greater resistance when flowing in the tube, affecting the heat exchange efficiency of the heat exchange tube. Stainless steel heat exchange tubes should meet the following requirements for such fluids: 1. Large inner diameter Stainless steel heat exchange tubes with large inner diameters are [...]
Stainless steel heat exchange tubes have good corrosion resistance, and there is a chromium oxide film on their surface to prevent oxidation. However, under the influence of the following three factors, stainless steel heat exchange tubes may rust. 1. Humid environment 2. Acidic substances 3. Chloride ion-containing medium Long-term contact with these three conditions will loosen the medium of the heat exchange tube, causing iron oxide to form and surface [...]
Behind the huge reaction tanks in chemical plants, in the intricate maze of central air-conditioning pipes, there are always rows of silver-white metal pipes running quietly. These inconspicuous stainless steel pipes are the invisible heroes in industrial production - they are responsible for the "relay race" of heat transfer between equipment, which directly determines the energy efficiency level of the entire device. Stainless steel heat exchange tubes can show amazing [...]
