Product Description
As a quality directed company, we are dedicated to export and supply a foremost range of Abbe Refractometer. These devices are precisely designed at our vendors state of the art machining facility using quality approved materials and modern technology, in-sync with the globally laid quality standards Our Abbe Refractometer is used to find refractive index of the given liquid samples in science labs. In addition, we offer these instruments in qualitative packaging to avoid damage during transportation.
Features:
- Accurate measurement
- Portable design
- Simple to operate
Further Details:
Abbe Refractometer NAR-4T R&D on new materials for modern technologies is being actively conducted in every industry. Many of these materials ( especially polymer film and related materials ) are of high refractive index-often too high for the existing Abbe refractometers. But these are now covered with the nD1.4700 to 1.8700 range of the NAR-4T. |
High Precision MeasurementThe NAR-4T Abbe Refractometer excels in delivering accurate measurements of refractive index with an outstanding accuracy of 0.0002 nD. This makes it an ideal choice where ultra-fine detection is crucial, such as research labs and quality assurance settings. Its advanced optical components guarantee reliability and repeatability in every reading.
Efficient Calibration and OperationCalibration is straightforwardusers can employ distilled water or standard calibration liquids to set the refractometer before use. With a manual operation and intuitive design, the process does not require extensive technical expertise, ensuring that both experienced scientists and laboratory technicians can attain dependable results effortlessly.
Versatile Application RangeThe NAR-4T is suitable for both liquid and solid samples that are transparent or slightly translucent. Its robust stainless steel and optical glass construction, coupled with a compact sample requirement of 0.5 mL, make it adaptable for a wide array of industries, including food, pharmaceuticals, and chemical manufacturing.
FAQs of Abbe Refractometer NAR-4T:
Q: How do I calibrate the Abbe Refractometer NAR-4T before taking measurements?
A: Calibration is performed using distilled water or a dedicated calibration liquid. The process involves placing a small amount (0.5 mL) on the prism surface, adjusting the scale to the known refractive index, and ensuring stable temperature conditions within the 0C to 50C range.
Q: What types of samples can be measured with this refractometer?
A: The NAR-4T is engineered to measure the refractive index of transparent or slightly translucent liquids and solids. This versatility allows its use in diverse laboratory and industrial settings for quality control and research applications.
Q: When is this refractometer most beneficial for laboratory use?
A: This refractometer is especially valuable when precise refractive index measurement is required for quality assurance, research, or formulating products. It ensures reliable readings with high sensitivity, making it suitable for tasks where small variations in refractive index are critical.
Q: Where should the refractometer be placed for optimal operation?
A: It should be positioned on a stable laboratory bench in an environment with controlled temperature (between 0C and 50C). Proper placement helps minimize vibrations and temperature fluctuations, ensuring consistent measurement accuracy.
Q: What is the process for measuring a samples refractive index using the NAR-4T?
A: Simply apply a drop (0.5 mL) of your sample to the prism, align the optical view for clarity, and read the refractive index directly from the scale with a graduation of 0.0005 nD or estimate to 0.0001 nD using the visual method.
Q: How is high precision achieved with the NAR-4T refractometer?
A: High precision stems from its advanced optical glass system, critical angle measurement principle, and fine scale graduations. Combined with easy calibration procedures, the device provides reproducible and accurate results with 0.0002 nD accuracy.