TBTACT-X Bitumen mixture centrifugal extractor is designed and made as per JTGE20-2011 Standard Test Methods of Bitumen and Bituminous Mixtures for Highway Engineering. This bitumen extractor is used to determine the percentage of bitumen in bituminous mixtures.
Model | TBTACT-X |
Power supply | 220VAC 50HZ/60HZ |
Motor power | 750W |
Rotating speed | 3600rpm max. |
Max. capacity | 3000g (1500g optional) |
Overall dimension | Ø350mm x 526mm (H) |
Weight | Around 70KG |
Filter paper | 20pcs in standard configure |
TBT-0722 centrifugal extractor is designed to determine bitumen percentage in asphalt paving mixtures by using specified reagents.
Rated rotation speed | 3000r/min |
Power supply | AC (220±10%)V, 50Hz |
Volume | 3000g |
Timer | 40, 60, 80, 99 (s) |
Maximum power consumption | 550W |
Ambient temperature | -10℃~35℃ |
Relative humidity | ≤85% |
Net weight | 45kg |
Dimension | Main unit: Ф365mm×400mm Control box: 200mm×120mm×100mm |
No. | Name | Unit | Qty |
1 | TBT-0722 Binder Extractor | Set | 1 |
2 | Control box | Set | 1 |
3 | Filter paper | Piece | 30 |
4 | Fasten-on-wall metal parts | Set | 1 |
5 | Silicone oil | Bottle | 1 |
6 | Operation manual | Piece | 1 |
7 | Quality certificate | Piece | 1 |
8 | Repair guarantee | Piece | 1 |
No. | Name | Specification | Quantity |
1 | Trichloro Ethylene | Industry grade | 5L |
2 | Balance | Accuracy 0.001g | 1 set |
3 | Balance | Accuracy 0.01g | 1 set |
TBT-0722A centrifugal extractor is used to perform reliable analysis on bituminous mixtures for quantitative determination of binder or bitumen contained in pavement samples and hot mixed mixtures.
1. Capacity | 1000g~1500g |
2. Extracting precision | ≤0.1% |
3. Extracting time | (20~40)minutes per time |
4. Centrifuging speed | 5500RPM, 11000RPM |
5. Working environment | 5℃~40℃, RH﹤80% |
6. Power supply | AC (380V±10%), 50 Hz |
7. Maximum power consumption | About 5kW |
8. Pressure of cooling water | ≮2bar |
9. Temperature of cooling water | ≯12℃ |
10. Net weight | About 300kg |
11. Dimension | 1400×800×1600mm (LxWxH) |