TS27 (Typical Application: Space Limited Long Duration Heat Treat)
up to 1200°C The TS27 Thermal Barrier range has been designed specifically for heat treat applications where space is limited yet thermal protection is required for an extended time. Employing an evaporative water technology the high temperature Data Logger is kept at a safe 100 °C through the process. The ratio of insulation to volume of water in these barriers has been carefully calculated to optimize the barrier performance. Employing the evaporation of water as a means of temperature control, the release of steam into the process may restrict use for applications where a controlled environment is critical. Offering compact systems, the TS27 design of barrier offers a unique solution to many new furnace technologies where space is limited, where robotic loading of the barrier or part is required. In some situations, it has even been possible to incorporate the barrier into the product being monitored (Aluminium Engine block) allowing the PhoenixTM system and product to be safely loaded together by robot into a rotary hearth furnace.
Description
up to 1200°C The TS27 Thermal Barrier range has been designed specifically for heat treat applications where space is limited yet thermal protection is required for an extended time. Employing an evaporative water technology the high temperature Data Logger is kept at a safe 100 °C through the process. The ratio of insulation to volume of water in these barriers has been carefully calculated to optimize the barrier performance. Employing the evaporation of water as a means of temperature control, the release of steam into the process may restrict use for applications where a controlled environment is critical. Offering compact systems, the TS27 design of barrier offers a unique solution to many new furnace technologies where space is limited, where robotic loading of the barrier or part is required. In some situations, it has even been possible to incorporate the barrier into the product being monitored (Aluminium Engine block) allowing the PhoenixTM system and product to be safely loaded together by robot into a rotary hearth furnace.
