8011O aluminum foil can be used for tape foil production

In packaging materials, we have more common double-sided tape, transparent tape and sealing tape, aluminum foil tape is used less frequently in our daily life, mainly used in cold (hot) gas pipe dressing, generally cold (warm) gas Engineering and water heater manufacturers are more versatile, but it is an indispensable part of life. It exists in refrigerators, cars, air conditioners, and computers that we often use.

Aluminum foil tape is suitable for all types of transformers, mobile phones, computer peripherals, pDA, pDp, LED displays, copiers and other electronic products where electromagnetic shielding is required. It is a kind of industrial adhesive tape. It is a new type of self-adhesive, new anti-corrosion protection material with strong anti-ultraviolet resistance. It can be used for corrosion protection of natural gas, petroleum, chemical, pharmaceutical, thermal, urban construction oil, gas, water, heating overhead pipes or tower structures.

The 8011O aluminum foil produced by Mingtai is clean, uniform in color, free from spotted, flat and pinhole free. Has excellent moisture resistance, shading and high barrier capability, strong mechanical properties, high blasting resistance, strong puncture resistance and tear resistance. And non-toxic and tasteless, safe and sanitary. It is suitable for use on tape foils, whether it is automobiles, air conditioners, refrigerators or heating pipes.

Many modern sulfur recovery unit process waste heat recovery exchangers operate in high-temperature environments. These exchangers are associated with the thermal reactor system where the tube-sheet–tube-ferrule assemblies are exposed to gasses at temperatures approaching 3000°F3000°F⁠. Because sulfur compounds are present in the process gas, the carbon steel tube sheet and tubes in the assembly will be deteriorated by sulfidation as the operating metal temperature rises above 600°F600°F⁠. Ferrule systems are used to protect the carbon steel from exposure to excessive temperatures. The temperature distribution in the steel tube-sheet–tube-ferrule system is affected by process gas flow and heat transfer through the assembly. Rather than depend on [assumed" heat transfer coefficients and fluid flow distribution, a computational fluid dynamics investigation was conducted to study the flow fields and heat transfer in the tube-sheet assembly. It was found that the configuration of the ferrule installation has a large influence on the temperature distribution in the steel materials and, therefore, the possible sulfidation of the carbon steel parts.

High Pressure Heat Exchanger Tube

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