¿Cuál es la conductividad térmica de ese material?
Datos para conocer la conductividad térmica del material en cuestión:
http://www.technicalproductsinc.com/pdf/macor.pdfUn poco de información para aquellos que como yo, no conocemos el MACOR.
Wikipedia escribió:MACOR is a machineable glass-ceramic developed and sold by Corning Incorporated. It is a white material that looks somewhat like porcelain. MACOR has excellent thermal characteristics, acting as efficient insulation, and stable up to temperatures of 1000 °C, with very little thermal expansion or outgassing. It can be machined into any desired shape using standard metalworking bits and tools. This combination of machineability and good thermal properties have made it the material of choice in many engineering contexts.
MACOR has a density of 2.52 g/cm3, and a thermal conductivity of 1.46 W/(m·K). Its low-temperature (25 to 300 °C) thermal expansion is 93×10-7 m/(m·K).
There are no major safety concerns or toxic effects associated with MACOR. Its excellent temperature stability makes it safe in most situations. The dust created when machining it can be an irritant and inhalation should of course be avoided.
MACOR can burn/explode in oxygen under extremely high temperatures, or very rapid temperature changes. The flame is usually quite bright (risk of blinding), but usually extinguishes rapidly.
MACOR is used in a wide variety of industries, including aerospace, nuclear engineering, medicine, and fundamental research. It is often used in high-temperature and/or high-vacuum environments, where dimensional stability and low outgassing are critical.
