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Powder Flowability Tester LPFL-A10 is the device suitable for the routine measurement of the angle of repose of non-agglomerated powder or granular surfactants and washing powders, as well as other powders and particles with similar properties. The base angle of the cone obtained when the material flows under the specified conditions is called the angle of repose. The angle of repose, the difference in loading, etc. should be used as indicators for screening. In the process research of drugs (tablets, granules, etc.).
Powder Flowability Tester is used in the detection of related powders and granular materials in pharmaceuticals, industrial chemistry, washing, scientific research institutions, quality inspection institutions, etc.; it can provide changes in powder storage properties, especially in storage conditions.
| No of vessels | 1 |
| No of poles | 1 |
| Position of vessels and poles | One vessel and one pole arranged on one line |
| Head part movement | Manually turn over |
| No of vessels | 3 |
| No of poles | 3 |
| Position of vessels and poles | Three vessel and three pole arranged on one line |
| Head part movement | Manually turn over |
| No of vessels | 6 |
| No of poles | 6 |
| Position of vessels and poles | Six vessel and six pole arranged on one line |
| Head part movement | Manually turn over |
| No of vessels | 6 |
| No of poles | 6 |
| Position of vessels and poles | Six vessel and six pole arranged on one line |
| Head part movement | Electrically turn over |
| No of vessels | 8 |
| No of poles | 6 |
| Position of vessels and poles | Six vessels and six poles in front and other two vessels at back |
| Head part movement | Manually turn over |
| No of vessels | 8 |
| No of poles | 6 |
| Position of vessels and poles | Six vessels and six poles in front and other two vessels at back |
| Head part movement | Electrically turn over |
| No of vessels | 8 |
| No of poles | 8 |
| Position of vessels and poles | Four vessels and four poles in front and others at back |
| Head part movement | Electrically turn over |
| No of vessels | 12 |
| No of poles | 12 |
| Position of vessels and poles | Six vessels and six poles in front and other six poles and vessels at back |
| Head part movement | Electrically (automatic) turn over |
| Number of basket lifting set | 1 set |
| Lifting frequency of the basket | 30 to 32/ min |
| Lifting distance of basket | 55 ± 1 mm |
| Minimum spacing from screen to bottom of beaker | 25 ± 2 mm |
| Number of basket lifting set | 2 sets |
| Lifting frequency of the basket | 30 to 32/ min |
| Lifting distance of basket | 55 ± 1 mm |
| Minimum spacing from screen to bottom of beaker | 25 ± 2 mm |
| Number of basket lifting set | 3 sets |
| Lifting frequency of the basket | 30 to 32/ min |
| Lifting distance of basket | 55 ± 1 mm |
| Minimum spacing from screen to bottom of beaker | 25 ± 2 mm |
| Hardness measurement range | 2 to 196 N, 0.2 to 20 kg |
| Tablet diameter | 2 to 20 mm |
| No. of testing tablets in each group | ≤ 100 tablets |
| Built in printer | No |
| Hardness measurement range | 2 to 200 N, 0.2 to 20 kg |
| Tablet diameter | 2 to 40 mm |
| No. of testing tablets in each group | ≤ 100 tablets |
| Built in printer | No |
| Hardness measurement range | 2 to 200 N, 0.2 to 20 kg |
| Tablet diameter | 2 to 40 mm |
| No. of testing tablets in each group | ≤ 100 tablets |
| Built in printer | Yes |
| Number of cylinder | 2 |
| Rotating speed of cylinders | 25 rpm |
| Rotating accuracy | ± 1 rpm |
| Counting mode | Adopted with countdown, 100 turns can be set arbitrarily |
| Number of cylinder | 2 |
| Rotating speed of cylinders | 20 to 100 rpm can be set arbitrarily |
| Rotating accuracy | ± 1 rpm |
| Counting mode | Adopted with countdown, 5 to 900 turns can be set arbitrarily |
| Number of cylinder | 2 |
| Rotating speed of cylinders | 25 rpm can be set arbitrarily |
| Rotating accuracy | ± 1 rpm |
| Counting mode | Adopted with countdown, 5 to 900 turns can be set arbitrarily |
| Number of cylinder | 1 |
| Rotating speed of cylinders | 25 rpm |
| Rotating accuracy | ± 1 rpm |
| Counting mode | 10 to 900 turns can be set arbitrarily |
| Diameter of counting plate | 400 mm |
| Hole No. of counting slide/range | 5 to 100 (optional) |
| Production efficiency | 10 to 20 vials/ min |
| Rate of Bottles | 36 bottles/ minute |
| Maximum pressure | 60 KN |
| Maximum diameter Tablet | 25 mm |
| Maximum depth of filling | 16 mm |
| Maximum thickness of tablet | 10 mm |
| Maximum pressure | 50 KN |
| Maximum diameter Tablet | 20 mm |
| Maximum depth of filling | 12 mm |
| Maximum thickness of tablet | 6 mm |
| Maximum pressure | 15 KN |
| Maximum diameter Tablet | 12 mm |
| Maximum depth of filling | 11 mm |
| Maximum thickness of tablet | 6 mm |
| Material Stainless | 316 L Stainless Steel |
| Automatic Grade | Semi-Automatic |
| Power Source | Pneumatic |
| Filling Head | Single Head or Double Head or Customized |
| Work Station | 1 |
| Sample Volume | ≤ 250 ml |
| Sample Weight | ≤ 500 g |
| Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
| Work Station | 2 |
| Sample Volume | ≤ 250 ml |
| Sample Weight | ≤ 500 g |
| Number of Tapping | 0 to 99999 (set 0 to output bulk density) |
| Work Station | 3 |
| Sample Volume | ≤ 100 ml |
| Sample Weight | ≤ 500 g |
| Number of Tapping | 0 to 99999 (set 0 to output bulk density) |