Measure the time when the ball rolls down in the liquid Measurement of a drop -ball viscosometer LOVIS 2000 m/me
Anton Paar GmbH
About This Product
Lovis 2000 M/ME is a rotating sphere -type viscosity that measures the time required for the ball to roll in a transparent or opaque liquid based on the heper's principle of heper's ball. It is mainly used in research and development in pharmaceuticals and chemical industries. Lovis 2000 M/Me can measure absolute viscosity, unique viscosity, zero squirrel viscosity and other information.
■ Features
・ Measure motion coefficient and relative viscosity can be measured even from a sample of only 100 μL
・ Automatically displays unique viscosity, molar quality, K-value, and others with powerful polymerization software
・ Compliant with pharmacies in the United States and Europeans
■ R & D
・ Measurable with a small sample amount (100 µL ~)
・ Collection of samples
・ Compatible with the wide temperature range (5-100 ° C, no-flow cooling), and can measure to -30 ° C with a flow cooling.
・ Compatible with wide viscosity (0.3-10,000 mpa.s.s)
・ High accuracy
・ Measurement of behavior that depends on various inclined angles.
■ Pharmaceutical / medical -related lab
・ Compliant with pharmacies in the United States and Europeans
・ Provides a qualitative evaluation package for pharmaceuticals
・ Measure density, refractive index, turbidity, and pH value by combining Anton Pearl's device and optional modules.
・ Realize a high sample loopput with a large -capacity sample by filling the frost through.
■ Chemical industry
・ Compatible with volatile samples and toxic samples with a closed closed system
・ High chemical resistance (galassic acid or PCTFE)
・ Special polymer measurement and evaluation function
・ Automatic filling using an auto sampler
・ Measurement of opaque samples
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Product
Measure the time when the ball rolls down in the liquid Measurement of a drop -ball viscosometer LOVIS 2000 m/me
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Handling Company
Anton Paar GmbH
1 Models of Measure the time when the ball rolls down in the liquid Measurement of a drop -ball viscosometer LOVIS 2000 m/me
| Product Image | Part Number | Price (excluding tax) | Calculation speed | Inclination angle | Measurement time | Measurement time accuracy | Measurement time resolution ability | Repeated accuracy, standard deviation | Sample amount | Temperature precision | Temperature range | Temperature repetitive accuracy standard deviation | Vehicle repetition accuracy, standard deviation | Viscosity accuracy | Viscosity range | accuracy |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
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Lovis 2000 m/me |
Available upon quote | 0.5 ~ 1,000 S-1 (dependence on the size and inclination angle of the capital) | 15 ~ 80 ° (1 ° chopped) | The shortest: 30 seconds, usually: 3 minutes | 0.05 | 0.001 | 0.02 | 0.1 ~ 0.8 ml | 0.02 ℃ |
No -current cooling No: 5-100 ° C Find-expanded cooling available: -30 ° C ~ |
0.005 ℃ | Within 0.1% | Typical values when a typical numerical calibration constant (k) is identified when the ball is not changed within 0.5%. It does not include the uncertainty of the standard solution. | 0.3 ~ 10,000 mpa.s.S | 0.1 |
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About Company Handling This Product
- Austria