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JINHE XR-14 Latex high-speed mechanical stability Tester

SE
Stir speed 14000rpm +/-200rpm, latex container flat bottom Glass bucket, error of indication ≤ 0.1%, measurement resolution 1 r/min, suitable for latex production units and scientific research institutes to do mechanical stability testing of natural latex and synthetic latex,
$2325.00/set
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JinHe XR-14 High speed machine stabilizerSPEC

JinHe XR-14 High speed machine stabilizerDetails

JinHe XR-14 High speed machine stabilizerPacking list

SKU
NB038966
Conditions of use
Temperature 10 ℃~ 40 ℃, Humidity < 85% RH
Stirring speed
14000rpm±200rpm
latex container
Glass barrel with flat bottom, height > 100mm, inner diameter 58mm, outer diameter 63mm.
Stirring rod low end diameter
6.3mm
Stirring plate
Diameter 36.12 +/- 0.03mm, Film thickness 1.57 +/- 0.05mm (suitable for synthetic latex); Diameter 20.83 +/- 0.03mm, Film thickness 1.57 +/- 0.05mm (suitable for natural latex)
Error of indication
≤0.1%
Measurement resolution
1 r/min
Display
Inverter LED display
Maximum speed
20000r/min
Minimum speed
2000r/min
Power
220V±10%、50HZ、1500W
Dimensions
400mm×350mm×720mm
XR-14
High speed machine stabilizer
Stir speed 14000rpm +/-200rpm, latex container flat bottom Glass bucket, error of indication ≤ 0.1%, measurement resolution 1 r/min, suitable for latex production units and scientific research institutes to do mechanical stability testing of natural latex and synthetic latex,
JINHE XR-14 Latex high-speed mechanical stability Tester Picture

XR-14 Latex High-speed Mechanical Stability Tester meets the standard requirements of "GBT 8301-2008 Determination of Mechanical Stability of Concentrated Natural Latex" and "SHT 1151-1998 Determination of High-speed Mechanical Stability of Synthetic Latex". This instrument is mainly suitable for latex production units and scientific research institutes to test the mechanical stability of natural latex and synthetic latex, and is an instrument needed to improve the quality of latex.

Test Methods

First, dilute 100g sample with ammonia solution, so that the solid content in it reaches 55% of the total mass fraction, and then immediately heat the sample to 36~37°C with a heating device while stirring gently. Then immediately filter the heated latex with a stainless steel wire mesh, weigh 80g of latex and put it in the container, verify that the temperature of the latex should be 35°C±1°C, put the latex at the specified position of the instrument for high-speed stirring, and Start timing until you reach the finish line. The stirrer speed should be 14000r/min±200r/min during the whole process.


Judgment of the end point: before reaching the end point, the vortex around the stirring rod becomes shallower obviously, and the sound of the stirring device also changes. There are two ways to determine the endpoint:

1. Palm method:

The judgment method is to take a drop of latex sample with a clean glass rod every 15S, and gently place the sample on the palm of your hand, and the end point is when the first flocculated particles appear. In order to confirm the arrival of the end point, let the stirring device stir for another 15S and then take a sample. If the flocculated particles in the sample increase, it means that the judgment of the end point is correct.

2. Water dispersion method:

Take a flat-bottomed dish containing 100~150mL of water, put it on a black surface, take a small drop of sample with a pointed glass rod and put it on the water surface of the flat-bottomed dish immediately, if the latex does not flocculate, it will take a few seconds It will disperse into the water and become a milky white cloud. If the latex flocculates, it is easy to see the flocculation particles after the sample is dispersed into the water.


FAQ
QOur Lab Needs to Test the Mechanical Stability of Natural Latex, What Instrument Should I Choose?
A The XR-14 high-speed machine stabilizer meets the national standard GBT 8301-2008 and is specially designed for natural latex. It is equipped with a special mixing plate with a diameter of 20.83mm, which can accurately simulate high-speed shearing conditions and help you accurately determine the mechanical stability of latex.
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