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NEWTRENDMEGA INDUSTRY LIMITED
NO 1902, 6/F., Easey Comm Building,
NOS 253-261 Hennessy Road,
Wanchai, Hongkong
Telephone: 00852 2811 3620
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Product
Current Location：Home-Product-Product-Polymer Material Testing
VST- HDT Basic 3
Release Time：2024-10-15 13:03:07
View：420
Economic VICAT und HDT Messgerät with 3 Stations
The Basic VST/ HDT is a simple and economical test device without compromising the measurement accuracy. The measuring head is operated manually. The sensors are firmly integrated into the measurement setup and no longer have to be positioned manually.
The device is used for standard-compliant measurement of VST (Vicat Softening Temperature) and HDT (Heat Distortion Temperature) according to international standards. For the first time, it is possible to measure the HDT of composites according to ISO 75-3 using transverse supports.
High-temperature-stable silicone oil is used as the heat transfer medium. An integrated, active exhaust air device ensures that oil vapors are extracted in a controlled manner and optionally cleaned using a filter.
The optimized oil bath achieves even better oil distribution and an even more precise heating gradient. The heating gradient is checked and documented with each measurement at the 6-minute interval required by the standard. By reducing the amount of oil at the same time, even faster cooling times can be achieved. The tried-and-tested high-performance cooling can also be optionally added for even faster cooling and higher device throughput.
The Basic VST/ HDT is a simple and economical test device without compromising the measurement accuracy. The measuring head is operated manually. The sensors are firmly integrated into the measurement setup and no longer have to be positioned manually.
The device is used for standard-compliant measurement of VST (Vicat Softening Temperature) and HDT (Heat Distortion Temperature) according to international standards. For the first time, it is possible to measure the HDT of composites according to ISO 75-3 using transverse supports.
High-temperature-stable silicone oil is used as the heat transfer medium. An integrated, active exhaust air device ensures that oil vapors are extracted in a controlled manner and optionally cleaned using a filter.
The optimized oil bath achieves even better oil distribution and an even more precise heating gradient. The heating gradient is checked and documented with each measurement at the 6-minute interval required by the standard. By reducing the amount of oil at the same time, even faster cooling times can be achieved. The tried-and-tested high-performance cooling can also be optionally added for even faster cooling and higher device throughput.
Operation is optionally via the integrated touch panel or the associated Windows software. In addition to finished reports, a complete raw data export in csv format is available, as is typical for Coesfeld.
Features
Integrated Sensors
Large bath opening for easy service and cleaning access
Integrated oil-fume exhaust
Specification
|
Temperature |
20 to 300 °C (optional up to 350 °C) |
|
Travel Resolution |
0,001 mm |
|
Bath volume |
7 l |
|
Cooling Time (300 °C -> RT) |
~40 min (optional <15 min) |
|
Dimensions (H x D x W) |
790 x 560 x 800 |
|
Weight |
70 kg |
|
Mains |
230 V, 50 Hz, 3200 W |