Super-Thermal Conductor

Within the context of injection molding, the unique heat transfer characteristics of the Isobar super-thermal conductor from Acrolab Ltd. (Windsor, ON)—when designed into the mold—ensure that energy build-up on the mold face is rapidly directed to the mold’s cooling channels.

Within the context of injection molding, the unique heat transfer characteristics of the Isobar super-thermal conductor from Acrolab Ltd. (Windsor, ON)—when designed into the mold—ensure that energy build-up on the mold face is rapidly directed to the mold’s cooling channels. The result is faster, more uniform cooling to the mold surface, sustaining shorter molding cycles. Rapid uniform surface cooling eliminates hot and cold spots on the working face, which in turn results in molded parts that are free from short shots, irregular shrinkage and molded-in residual stress and warp. Because Isobar systems eliminate the need for bubblers and baffles associated with problems such as O-ring leakage, mineral buildup, pressure drops, uneven cooling and complex water line design, maintenance requirements, and problems, which can result in unscheduled downtime are significantly reduced or eliminated. Isobar super-thermal conductors are manufactured in many diameters and lengths and can be custom-built to precisely fit an application.