Product Description
AU-P High Precision Powder True Density Meter
Application:
metal powder,refractory materials,ceramic materials,carbon materials,abrasive materials,cement powder,plastic powder and granule.rubber powder,natural stone,soil,paint,rock and coal, ion exchange resin,powder true density researching laboratory.
Principle:
Archimedes dipping volume substitution method,coordinate with professional pycnometer,read density value correctly.
Standard:
In accordance with GB/208,GB/T9966,GB/T1033.1,GB/T 23561,GB/T24203,GB/T8330,GB/T21782.3,ASTM C 97,D 5004,C329,217,DIN51057
Measurement Type:
(1) Rubber materials carbon black,white carbon black,calcium carbonate,zinc oxide,titanium dioxide,silica gel,monox.,etc chemical materials.
(2) Battery materials lithium cobalt oxides,lithium manganate,lithium iron phosphate,graphite,ternary,diaphragm.,etc electrode anode and cathode materials.
(3) Catalyst materials petrifaction,chemical industry,fine chemical engineering,medicine,food,agriculture.,etc catalyst materials.
(4) Food additives starch,activated clay,bentonite
(5) Magnetic materials ferroferric oxide,ferrite,manganous-manganic oxide
(6) Adsorbent activated aluminium oxide,molecular sieve,zeolite,activated carbon
(7) Nanometer materials nanophase ceramics powder(alumina,zirconia,yttria,silicon nitride,carborundum),nanocrystalline metal powder(silver powder,iron powder,copper powder,tungsten powder,nickel powder)nanometer high molecular material,carbon nano tube
(8) Other application: superfine fiber,porous fabric,composite materials,mineral,soil,slurry,sediment,suspended materials,special paper.,etc special materials.
Measurement resolution:
AU-120P density resolution:0.0001g/cm3
AU-300P density resolution:0.001g/cm3
Specification:

Precision in Every MeasurementWith its automatic operation and high-quality build, the AU-P High Precision Powder True Density Meter delivers consistent and accurate measurements. Designed for industrial environments, it simplifies the process of analyzing powder true density, supporting robust quality control and material assessment initiatives.
Efficient and User-Friendly OperationThis density meter is engineered for ease of use. Its automatic functioning reduces manual intervention, ensuring quick, repeatable results. The electric power supply and lightweight construction make it a practical choice for laboratories and industrial spaces requiring frequent density testing.
FAQ's of AU-P High Precision Powder True Density Meter:
Q: How does the AU-P High Precision Powder True Density Meter operate?
A: This meter operates automatically, requiring minimal user input. Simply load the powder sample, and the machine will handle the measurement process, providing true density results quickly and accurately.
Q: What are the main applications of this density meter?
A: It is widely used in industrial settings and laboratories for measuring the true density of powders, which is essential for quality control, material research, and product development in various industries.
Q: When should I use the AU-P High Precision Powder True Density Meter?
A: This device is ideal for regular use in quality assurance labs, R&D facilities, or during production when precise powder density data is necessary to meet specifications or improve formulations.
Q: Where is the AU-P High Precision Powder True Density Meter manufactured and distributed?
A: The meter is produced, distributed, and exported from China by experienced manufacturers, making it accessible to global markets.
Q: What benefits does the automatic operation feature provide?
A: Automatic operation ensures faster, more consistent measurements, reduces human error, and increases overall efficiency, making it easier to perform frequent testing.
Q: How do I power the AU-P High Precision Powder True Density Meter?
A: The device uses an electric power supply and is compatible with 220-240 Volt outlets, suitable for use in various regions worldwide.
Q: What makes this density meter suitable for industrial use?
A: Its robust mild steel construction, precision technology, automatic operation, and support for frequent, accurate testing make it especially well-suited for industrial and laboratory environments.