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Scott Capacity Meter Metal Powder Bulk Density Measuring Tester Particle Measurement Instrument

GOOGmachine

Regular price $866.00

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The Scott volumetric method loose packing density tester is based on the national GB5060-85 "Metal Powder
Part 2: Scott Capacity Meter Method for Measuring Loose Density Design and Manufacturing; at the same time
Compliant with the international standard ISO 3932/2 "Determination of Bulk Density of Metal Powder Part 2
Classification: Scott Capacity Meter Method. This testing device is suitable for funnel method that cannot flow freely
A funnel with a diameter of 5MM and a powder with easily altered characteristics using the vibrating funnel method.
Principle:
The powder is placed on the sieve in the upper combination funnel and flows naturally or by external force into the fabric box,
Alternating through four glass panels with a tilt angle of 25 ° and a square funnel in the fabric box, the most
Then it flows into a cylindrical cup of known volume, in a loose state. Then weigh the contents of the cylindrical cup
The quality of the powder.
Structural features:
1. Upper combination funnel: assembled from two stainless steel conical funnels, with one in between
Separate the cylindrical sections and place a stainless steel sieve with a diameter of 1.18mm.
2. Fabric box: The cross-section is square, with four 1mm thick stainless steel plates embedded diagonally inside
On the aluminum frame, the front and rear walls of the frame are made of organic glass panels; Stainless steel plates can
Pull out, easy to clean.
3. Square funnel: a square cone welded from IMM thick stainless steel plate with a tilt angle of 60 °
Body, with a lower diameter of 12.5mm × 12.5mm.
4. Cylindrical cup: with a capacity of 25ML, made of stainless steel material, and a net weight of 46 ± 1 grams.
5. Iron platform: used to support upper combination funnels, fabric boxes, square funnels, and cylinders
Cups and other components.
6. Balance: Used for weighing powder samples, accurate to 0.05G (users can bring their own)

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