Name: Piltinės Birios Medžiagos Tankio Analizatorius Bettersize Instruments BeDensi B Series Bulk Density Analyzer - Labostera
Price: 1.00 EUR
Availability: InStock

Bettersize Instruments Ltd. BeDensi B Series Bulk Density Analyzer

BeDensi B1 – bulk density meter
BeDensi B1 is a specialized density meter for evaluating the density of samples other than metal powders. Using the natural sedimentation method, it complies with GB/T 16913-4.3 standards and is used in the fields of food, industrial chemistry, energy battery powder, scientific research institutes and quality control organizations.
- Features and Benefits:
  - Measurement: Density
  - Test sample: Except metal powder
  - Technology: Natural precipitation method
- Sample Preparation: Dry at 105°C for 4 hours, pass through 80 mesh to remove impurities
- Measurement Procedure: Bulk Density with three consecutive tests, average of results
BeDensi B1-S - Scott Volumemeter
The BeDensi B1-S is a Scott volimeter for measuring the density of metal powders and granular materials. With a compact and durable design, the B1-S is ideal for laboratories and factories, allowing the evaluation of powder flow and packing properties. It is recommended for use in various pharmacopoeias, including USP and Ph. Eur. standards.
- Features and Benefits:
  - Measurement: Density
  - Technology: Scott Volimeter
- Principle: The powder enters the sieve of the top-mounted discharge and slides naturally or by external force into the collection box. It travels through four glass plates inclined at an angle of 25° and the square discharge of the discharge box, finally entering the cylindrical cups with a volume of 25 ml, maintaining a loose state. The mass of the powder in the cylindrical cup is weighed to determine the density of the powder.
- Measurement Procedure: Bulk Density with three consecutive tests, average of results
- Compatibility: The collaboration between the Bettersizer ST laser diffraction analyzer and the BeDensi B1-S is investigating the relationship between particle size and density in the case of alloy materials.