Brief introduction Tap density is one of the important indicators of the quality of the powder . Tap density measurement , refers to an amount of powder into the container , the vibration under certain conditions until the volume of the powder container, no reduction in the volume of the powder read , then the weight of the powder divided by the volume of tap density is obtained . JZ-1 Powder vibration maximum density detector by a precision variable speed motor , stainless steel guide frame and other components , solid structure is reasonable, simple , test data managed by the computer . Instrument has three work stations, which can test the three samples . Applications For medicine , battery materials , electronic materials , ceramics, powder coating , metal powder , food, chemical , building materials , paints, abrasive and other industries. Instrument performance Technical principle: tap density refers to the powder filled in the container in a predetermined condition is the density after tapping . JZ-1 -type tap densitometer meet the national standard GB / T 5162-2006/ISO3953: 1993, with reference to the United States Pharmacopoeia , European Pharmacopoeia standard works. Test time: measured 1 per 5 to 60 minutes , the timer can be adjusted by the microcomputer . Vibration frequency: 60 times / min Vibration amplitude : 50mm Measurement accuracy: precision error <± 1%, the test tube in the sample is automatically rotated a certain angle within a cycle , to ensure powder appear before the state level, so as to ensure a high degree of measurement accuracy noodles . Sample tube : stainless steel Diameter 19.7mm Depth 80mm diameter 16.25mm volume 16.6mL Power supply : AC220V ± 10% 50HZ 50W Dimensions: Length 400mm Width 280mm height 280mm
Brief introduction Tap density is one of the important indicators of the quality of the powder . Tap density measurement , refers to an amount of powder into the container , the vibration under certain conditions until the volume of the powder container, no reduction in the volume of the powder read , then the weight of the powder divided by the volume of tap density is obtained .
