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Changsha Sichen Instrument Technology Co., Ltd

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    1st Floor, Building 6, Haodan Science and Technology Park, No. 99 Changchong Road, Furong District, Changsha City, Hunan Province

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New standard softening point automatic tester

NegotiableUpdate on 05/06
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Overview

The new standard softening point automatic tester is designed and manufactured in accordance with the technical requirements and relevant regulations of T0606-2011 "Asphalt Softening Point Test (Global Method)" in the Chinese standard GB/T 4507 "Determination of Softening Point of Petroleum Asphalt" and the Chinese industry standard JTG3410-2025 "Test Code for Asphalt and Asphalt Mixtures in Highway Engineering"; Widely used for determining the softening point of various types of asphalt such as road petroleum asphalt, coal tar asphalt, liquid petroleum asphalt, etc., it is the preferred instrument for asphalt production enterprises, highways, third-party testing units, universities, and research institutes.

Product Details

New standard softening point automatic testerOverview

This instrument is based on the standards of the People's Republic of ChinaDesign and manufacture according to the technical requirements and relevant regulations in GB/T 4507 "Determination of Softening Point of Petroleum Asphalt" and the industry standard JTG3410-2025 "Test Code for Asphalt and Asphalt Mixtures in Highway Engineering" T0606-2011 "Asphalt Softening Point Test (Global Method)Widely used for determining the softening point of various types of asphalt such as road petroleum asphalt, coal tar asphalt, liquid petroleum asphalt, etc., it is the preferred instrument for asphalt production enterprises, highways, third-party testing units, universities, and research institutes.

New standard softening point automatic testerTechnical Parameters

1Temperature range: standardType A: 5.00 ℃~150.00 ℃; Low temperature range: 5.00 ℃ -80 ℃ \ High temperature range: 32 ℃ -150 ℃

2. High temperatureType B: 5.00 ℃~200.00 ℃; Low temperature range: 5.00 ℃ -80 ℃ \ High temperature range: 32 ℃ -200 ℃

3heating rateWater or glycerol can maintain a heating rate of 5 ℃± 0.5 ℃/min after 6 minutes of testing at 60 ℃;

4Test mediumGlycerol at 5 ℃ or 32 ℃

5Number of samples: One experiment can be conducted simultaneously【Two samples of Type A or four samples of Type B are tested simultaneously;

6Heating power:1600w

7Circular beaker:1000mL 8Softening point global: ring: copper, according to regulations and standards;

9Ball: stainless steel, diameter9.5mm, Mass 3.5g ± 0.05g.

10Equipped with a printer that can print test results and temperature rise data per minute;

11The instrument can storeMore than 100 sets of experimental test results and heating curves;

12The instrument can achieve real-time data upload and can be connected to a terminal data platform.

New standard softening point automatic testerPerformance Characteristics

1Heating is done using an electric furnace, and the beaker is heated on a heating plate, which complies with the new regulationsJTG 3410-2025Standard requirements for "Test Code for Asphalt and Asphalt Mixtures in Highway Engineering".

21000The milliliter round glass beaker is stirred with a magnetic stirrer, and the rotor speed is automatically adjusted during the test to meet the requirements of the new standard.

3Test temperature range5.00℃ to150.00/200℃. (Select temperature control range model according to requirements)

4Laser scanning technology can accurately record test data no matter how the sample deviates;

5There are two functions: photoelectric automatic detection value and manual value.

6The instrument can store100Multiple sets of test results and heating curves, with the highest number of tests per set4Sample results.

7Retrieve and view historical experimental data and heating curves at any time.

8Equipped with a printer, it can print various experimental data.

9Large touch screen with multiple display items, allowing for direct display of test data and temperature rise curves, making it convenient and intuitive;

10There is computer measurement and control analysis software, and all experimental instruments can be operated separately or on a computer. The computer can store an infinite number of experimental data and heating curves, and the data is saved in a computer database.