Conform standard: ASTM D113, D6084 D5892
The Bituminous Materials ductility tester is designed and made as per the National Standard GB/T 4508 “Test Methods for Ductility of Petroleum Asphalt”, and T0605 “Asphalt Ductility Test” in the Industry Standard JTJ052 Specification and Test Methods of Bitumen and Bituminous Mixture for Highway Engineering.
The Bituminous Materials ductility tester is suitable to determine the length of petroleum asphalt when it is dragged to broken at certain speed under stipulated condition and temperature. It is indicated by cm.
Technical characteristics
1. Bituminous Materials ductility tester integrates achievements of domestic and overseas design concepts on ductility tester. It is advanced and delicate.
2. There is no thread rod, guide rail and other device in the test trough, so it is convenient to install test sample.
3. Bituminous Materials ductility tester Equipped with newly designed driving parts, it is stable and synchronous without shake during dragging procedure. The dragging speed is uniform and the ductility is accurate.
4. It can make determination for 3 pieces of sample at the same time.
5. It adopts digital temperature controller, high precision sensor and magnetic circulation pump, so the bath can be adequately circulated and the controlling temperature is precise.
6. The test sample holder can return back automatically. It will take about 10 min to return back for 1.5 meter distance.
Technical parameters:
1. Power supply: AC 220 V (-5%~+10%), 50 Hz;
2. Measurement range: 1.5 m (±10mm);
3. Heating type: by an electric heater;
4. Heating power: 3000 W;
5. Bath circulation: by a magnetic circulation pump;
6. Temperature controlling range: 5~49℃; digitally displayed;
7. Temperature controlling accuracy: ±0.1℃;
8. Dragging speed: two grades, 10 mm/min and 50 mm/min;
9. Measurement accuracy: ±1 mm;
10. Ductility display: Controlled by microprocessor; digitally displayed after data processing;
11. Refrigeration type: by a compressor; input power is 950 W;
12. Ambient temperature: -10~+35℃;
13. Relative humidity: ≤85%;
14. Total power consumption: not more than 4100 W;
