Weve tried in-line heaters before and had trouble with them. How is SCS temperature control different?
This is a common complaint. Most in-line heaters provide insufficient thermal transfer area to move sufficient energy into the subject fluid without excessive element temperatures, resulting in breakdown or premature curing of the fluid being dispensed. This often causes material defects (due to breakdown) or build-up on the internal surfaces of the heater. This build-up is progressive as each layer reduces the thermal transfer rate to the fluid and requires even higher element temperatures. A “vicious circle” results in fouling of the heater and contamination defects (dirt) as particles are dislodged from the wall of the heater and end up in the dispensed fluid, which often results in plugged tips. SCS carefully selects the appropriate heat exchanger for each application from a host of options (many of which are patented designs) to assure that the temperature differentials in the system are safe for the materials being controlled and that the temperature-control system will provide l
