Thermal transient analysis is a powerful tool for thermal characterization of complex structures like LEDs. It is especially suitable for R&D work and failure analysis. The decay of temperature transients in pulse-heated sheet targets can be analyzed to deduce the initial magnitude and spatial distribution of target heating.
Thermal upgrades are lower cold-water temperatures and improve the efficiency of tower thus allowing maximizing plant capacity. It reduces heat transfer to substantially reduce upper and lower plenum temperatures.
Thermal Vacuum Chambers are capable of simulating vacuum to 10-7 torr. It has overall thermal capabilities from liquid nitrogen temperature to +150° C. Its chamber size ranges from 2 to 8 cubic feet in diameter. These are designed and manufactured by adapting standard proven modules that provide a reliable packaged thermal vacuum chamber. It has full opening, O-ring sealed access door and a highly polished stainless steel vacuum vessel. Refrigeration systems are designed to use in the manufacture of its extensive test chamber product line. It is featured with outdoor machinery, a rollout platen and a mechanical refrigerated fluid system.
Thermal Wireless Portable Printers are designed for a variety of label and tag printing applications. It generates a full four-inch-wide printout utilizing multiple fonts and sizes, barcodes, custom logos, graphics, and signatures. It operates easily using wireless input and flash memory for simple updates in the field. It activates when data is sent and automatically goes back to sleep when not in use.