ADVANCED COIL
Advanced Coil Technology, LLC is a leading manufacturer of custom heavy-duty plate-fin welded heat exchangers, include heating, cooling, heat reclaim coils, air handling units. Regardless of the industry, our heat transfer equipment provides an energy-efficient and durable solution for your application. All products are engineered for your specific application, are built to last and are backed by the industries only 5 year warranty.
ACT Advantages:
1) Press-fit fins with unexpanded tubes
High strength tube to fin bond
Tubes stay in “mill-direct” condition maintaining uniform thickness without the stresses inherent in expanded tube finning methods.
2) Free floating segmented plate fin design
6 tubes per fin section allow for differential thermal expansion without binding/warping.
High strength tube to fin bond critical for effective heat transfer
3) Efficient flat plate fin design
15 – 50% Lower pressure drop than spiral wound
Less fouling / Easier cleaning
Higher heat transfer rates with 40% more secondary surface
TIG welded joints
ASME ’U’ stamped coils and housings
Custom components
5-year warranty
products best suited for:
High pressure/temperature
Corrosive environment
Steam
Water, glycol, thermal oil applications
Replacement of coils with short life cycles
Particulates in fluid
ASME ‘U’ stamp requirement
Single source responsibility
Industries Served:
Pulp & Paper
Grain/Seed processing
Dairy processing
Food processing
Power Generation
Petrochem/Chemical
Textile
Miscellaneous Manufacturing
We can design heavy duty and light duty steam coils in a variety of tube and fin configurations to accommodate your industrial needs.
Selecting the right steam coil for your application involves many considerations, including the design of your steam coil. By understanding the critical factors that determine proper coil selection, you can be confident that you have chosen a high-performing, long-lasting piece of equipment. Experts at Advanced Coil can help guide you through the following primary and secondary design factors that you should consider when choosing a steam coil:
Temperatures of the airstream
Presence of corrosives in the airstream or steam
Level of filtration of the airstream
Aspect ratio (ratio of finned length to finned height)
Orientation
Case design