Mild heating devices currently available to conservators are still limited in terms of precision, versatility, mobility, accessibility and cost.Moreover, they lack a range of operational features, such as low power requirements, efficient power use, temperature stability houston astros cake ideas and uniform heat distribution.Carbon nanotube- based technologies can provide a wide range of technical solutions for overcoming these limitations, thereby allowing the development of more precise, flexible and portable heating devices.This work describes the design of an innovative carbon nanotube-based intelligent mobile accurate thermo-electrical mild heating device, to be used in the art conservation field.The device consists of three different types of flexible heating mats with different designs (opaque and ultra-thin/woven and breathable/transparent) and different operational and physical properties.
The entire heating system is completed by a control unit that controls, monitors and registers the heating and by a power supply unit.First tests performed on a series of prototypes 006719f of the designed heaters showed that the device was able to convey uniform heating on different working materials, thus proving to be effective for thermal consolidation.