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You get a good idea of the full size of the textile Steam Boiler in this photo. Nansulate® EPX was used to coat the entire exterior, and is being used in many other areas in the textile facility to reduce their overall energy use.
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Application of Nansulate® EPX on Yarn Dyeing Machine at Turkish textile facility. Nansulate reduces heat loss, allowing the process to work using less energy, but also makes the dye color more consistent due to controlling heat transfer.
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Application of Nansulate® EPX on Steam Boiler at the textile facility. The epoxy coating is being applied with a professional Hopper Gun which allows thicker systems to be spray applied.
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Nansulate® EPX controls heat loss from the Steam Boiler, allowing it to run using less energy.
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Nansulate® EPX is also being used on the main steam distribution lines at this large textile facility to reduce heat transfer and protect from corrosion, chemicals, and flame.
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Nansulate® High Heat is being spray applied to a steam boiler as a base coat.
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Surface preparation is done to ensure a clean surface for application of Nansulate® High Heat and Nansulate® EPX.
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Row of Yarn dyeing machines. All are being coated with Nansulate® for energy savings and protection from corrosion.
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Nansulate® will provide protection for a variety of equipment in the large textile facility. In similar applications Nansulate® has reduced industrial energy use by 20% and more in some cases.
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| Temperature readings are taken before application and will be compared with those taken after Nansulate® has fully cured. |
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Nansulate® is Patented technology protected by U.S. and international Patents.
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