Surefin Mechanical Equipment

The naming itself puts clear explanation of the product – non freeze steam distributing coils. If a system has a modulating steam pressure, this coil reduces the potential of freezing for the specific applications. The original design was conceptualized to provide even steam distribution so as to avoid cold spots or dead spots that have the potential of freezing. Production of steam distributing coils has regained its spirit and demands have increased over the years. While modulation of steam pressure remains a core function in several applications, preventing cold spots or dead spots is what expected from steam distributing coils. Also, when air temperature goes below 40˚F, these coils minimize the freezing potential. You can find manufacturers of non freeze steam distributing coils for high & low pressure applications. The tube-within-a-tube design becomes a major highlight of these coils to handle/manage steam under modulation or below 40˚F air temperature. Typical applicat...

  Steam distributing coils evenly distribute the steam throughout the coil to leave no “dead” spots. A standard conventional steam coil would often freeze due to the cold spots. However, the non freeze steam distributing coils eliminates the chance of condensate reaching the outer tube, preventing any kind of freezing. Most industries install the steam distributing coils for applications entering temperatures 40 °F or below. However, you should know that these non-freeze coils can freeze if installed under suitable conditions. Companies aren’t afraid of selling 5/8” outer tube with 3/8” tube “quick” and easy in the markets. But this design flaw leaves little space for the condensate to pass through and even steam distribution. These problematic designs cause performance issues and effectiveness in operations. Also, they require immediate replacement. From being at the brink of using these coils over and over again to changing your strategy, you may think of costs that y...