This product is specifically designed for determining the average linear thermal expansion coefficient of various pharmaceutical glass bottles, analyzing the expansion and contraction properties of gl
Standards:
YBB00202003-2015,GB/T 16920-2015
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This product is specifically designed for determining the average linear thermal expansion coefficient of various pharmaceutical glass bottles, analyzing the expansion and contraction properties of glass and other materials under high temperatures. It fully complies with the 2025 edition of the Pharmacopoeia 4021, Method for Determination of Linear Thermal Expansion Coefficient of Glass, and the 2015 edition of the National Standard for Pharmaceutical Packaging Materials, Method for Average Linear Thermal Expansion (YBB00202003-2015), meeting the requirements of relevant international and domestic standards and regulations.
TestStandard:
YBB00202003-2015 Method for Determination of Average Linear Thermal Expansion Coefficient; 2025 Edition Pharmacopoeia 4021 Method for Determination of Glass Linear Thermal Expansion Coefficient; GB/T 16920-2015 Determination of Average Linear Thermal Expansion Coefficient of Glass;
Technical Parameters:
|
Specifications |
Parameters |
|
Furnace temperature range |
Ambient temperature ~ 500℃ |
|
Heating rate |
Settable temperature range of 0.1~10℃/min, programmable |
|
Temperature control accuracy |
≤1℃ |
|
Temperature recording error |
≤±0.5% |
|
Displacement measurement range |
±2.5mm |
|
Measurement expansion resolution |
0.1um, imported displacement sensor, automatic range calibration |
|
Sample size |
≤Ф80mm×H(35~110)mm (custom sizes available upon request) |
|
Test accuracy |
Better than ±0.5% |
|
External dimensions |
1100mm(L)x460mm(B)x460mm(H) |
|
Power supply |
AC 220 V 50 Hz |
|
Net weight |
Approx. 60kg |