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The measurement program operation is performed on a PC, and the results of the softening point measurement can similarly be confirmed on the PC.
This device complies with JIS-R3103-1 "Glass Softening Point Test Method" (ISO7884-6:1987, ASTM C338), inheriting the measurement principles and sample preparation directly from JIS, and has been automated for direct reading.
For managing molding and slow cooling temperatures.
This device is automated according to JIS-R3103-2 "Test Method for Glass Strain Point" and R3103-1 "Test Method for Glass Softening Point." Based on the automatic measurement devices for glass softening point and glass annealing point/strain point, it shares a power supply and temperature controller as a single unit, and performs automatic operation via a PC to determine each measurement value.
The conventional equipment required a lot of technical skill for applying loads and reading changes in samples. This device solves that problem.
This viscometer is automated and complies with JIS-R3103-2 "Measurement Method for Softening Point and Strain Point by Fiber Stretching Method." The measurement of the glass strain point is determined by suspending a glass thread with a diameter of 0.65 mm and a length of 100 mm in a circular furnace using a quartz supporter, and measuring the change in elongation under a temperature drop condition with a load of approximately 1 kg applied.
We will conduct quality control of the manufacturing process and products (measurement of the glass transition temperature).
This device complies with JIS-R3103-1 "Glass Softening Point Test Method" (ISO 7884-6:1987, ASTM C338) and inherits the measurement principles and sample preparation directly from JIS, while automating the direct reading process. Additionally, the measurement program operation is conducted via a touch panel, and the measurement results can be printed out from a printer.
