Thermal properties of high borosilicate glass bottles
by:Lisson
2020-11-11
Thermal characteristics of
, low thermal expansion coefficient, thermal shock, to be able to withstand 450 & deg; for a long time C the characteristics of high temperature makes BOROFLOAT? Especially suitable for need good temperature stability of the application (33 For example, the pyrolysis of self-cleaning oven outer cover plate and high-power floodlight) 。 Linear thermal expansion coefficient
0 heat capacity. 83 KJ x ( kg x K) - 1
the highest working temperature thermal conductivity short-term use 500 & deg; Long-term use of 450 C & deg;
the same piece of temperature difference ( A piece of glass is colder heating center and the edge under the performance of the temperature difference)
thermal impact ( The performance of glass under temperature quenching) 5 mm160k borosilicate glass viscosity of softening point 820 & deg;
, low thermal expansion coefficient, thermal shock, to be able to withstand 450 & deg; for a long time C the characteristics of high temperature makes BOROFLOAT? Especially suitable for need good temperature stability of the application (33 For example, the pyrolysis of self-cleaning oven outer cover plate and high-power floodlight) 。 Linear thermal expansion coefficient
0 heat capacity. 83 KJ x ( kg x K) - 1
the highest working temperature thermal conductivity short-term use 500 & deg; Long-term use of 450 C & deg;
the same piece of temperature difference ( A piece of glass is colder heating center and the edge under the performance of the temperature difference)
thermal impact ( The performance of glass under temperature quenching) 5 mm160k borosilicate glass viscosity of softening point 820 & deg;
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