TS03 (Typical Application: High Temp Vacuum Heat Treatment)
up to 1200°C Processes at temperatures over 1000 °C, demand a Thermal Barrier capable of withstanding the rigours of thermal cycling and pressure changes to eliminate structural damage, shrinkage of insulation or distortion of metal work. PhoenixTM TS03 Thermal Barriers are designed to offer full protection to the data logger in these demanding conditions. TS03 barriers are constructed from a high temperature heat resistant alloy, high performance microporous insulation also fitted with extra heavy-duty catches, dual thermocouple exits and user replaceable thermocouple wear strip to help extend the life of the thermal barrier in these harsh environments and reduce the need for costly repairs. For applications incorporating aggressive high-pressure gas quenches the barriers can be offered with robust independent quench deflectors. The barrier is protected from high forces so reducing risk of distortion and extending barrier life significantly. To provide optimal space utilization of the Thermal Barrier in the TUS frame or product tray, maximizing thermal protection, the barrier can be provided in a unique octaganol form. Special designs can be constructed for nonstandard applications.
Description
up to 1200°C Processes at temperatures over 1000 °C, demand a Thermal Barrier capable of withstanding the rigours of thermal cycling and pressure changes to eliminate structural damage, shrinkage of insulation or distortion of metal work. PhoenixTM TS03 Thermal Barriers are designed to offer full protection to the data logger in these demanding conditions. TS03 barriers are constructed from a high temperature heat resistant alloy, high performance microporous insulation also fitted with extra heavy-duty catches, dual thermocouple exits and user replaceable thermocouple wear strip to help extend the life of the thermal barrier in these harsh environments and reduce the need for costly repairs. For applications incorporating aggressive high-pressure gas quenches the barriers can be offered with robust independent quench deflectors. The barrier is protected from high forces so reducing risk of distortion and extending barrier life significantly. To provide optimal space utilization of the Thermal Barrier in the TUS frame or product tray, maximizing thermal protection, the barrier can be provided in a unique octaganol form. Special designs can be constructed for nonstandard applications.
