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ABBE Refractometer LMARF-A102

Abbe Refractometer LMARF-A102 offers refractive index range of 1.3000 to 1.7000 and Brix range of 0 to 100% at 589.3 nm wavelength. Equipped with digital reading, visual aiming, and temperature correction function for consistent Brix measurement. Incorporated with average dispersion testing for both liquids and solids. It provides standard printing interface for direct data output, enhancing convenience in lab operations. Our Refractometer is widely employed in sugar, pharmaceutical, chemical, food, and research industries.

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Specifications

Wavelength 589.3 nm
Measurement Range Of Refractive Index 1.3000 to 1.7000
Refractive Index Accuracy ± 0.0002
Measurement Resolution (nD) 0.0001
Measurement Range Of Brix 0 to 100%
Brix Accuracy ± 0.1%
Minimum Division Value (Brix) 0.1
Temperature Display Range 0 to 50 °C
Dimension 330×180×380 mm
Packaging Dimension 370×240×450 mm
Net Weight 9 Kg
Gross Weight 10 kg

Features

Durable construction

User-friendly operation

Compact design

Dual scale reading

Standard Accessories

Model No

Accessory

LMARF-A102-S1

Standard sample

LMARF-A102-B1

Bromocai

LMARF-A102-C1

Clock screwdriver

LMARF-A102-A1

Accessories box

LMARF-A102-L1

Light Disc

LMARF-A102-R1

RS232 Cable

LMARF-A102-LB1

Lighting Bulb

LMARF-A102-CF1

Copper fuse (1A)

LMARF-A102-P1

Power line

Applications

Abbe Refractometer LMARF-A102 is employed for analyzing refractive index and sugar concentration in liquids and solids. It is ideal for settings in food, chemical, pharmaceutical, petroleum, and research industries.

Similar Products

ABBE Refractometer LMARF-A100

  • Measuring Range of Refractive Index: 1.3000 to 1.7000
  • Measuring Range of Dissolved Solids Brix: 0 to 95%
  • Accuracy: ± 0.0002
  • Dimension: 200 ×100 × 240 mm
  • Net Weight: 2.6 kg

ABBE Refractometer LMARF-A101

  • Refractive Index Range: 1.300 to 1.700nD
  • Brix Range: 0 to 95%
  • Minimum Refractive Index: 0.0005nD
  • Minimum Brix: 0.25%
  • Telescope Magnification: 2X

Frequently Asked Questions

1 What is an ABBE Refractometer?

An ABBE Refractometer is an apparatus designed to measure the refractive index of liquids and transparent solids.

2 How does ABBE Refractometer work?

It works by passing light through a sample and measuring how much the light bends, or refracts, which determines the refractive index.

3 How is ABBE Refractometer used in the food and beverage industry?

It is used in the food and beverage industry to measure sugar concentration (Brix value) in products like juices, soft drinks, and syrups.

4 Why is ABBE Refractometer important in pharmaceutical formulation?

It is important in pharmaceutical formulation because it helps verify the concentration and purity of chemical solutions and ingredients used in drug manufacturing.

5 How does ABBE Refractometer benefit chemical industry applications?

It benefits chemical industry applications by providing precise refractive index measurements of solvents, oils, and polymers for quality assurance and formulation accuracy.

6 What role does ABBE Refractometer play in essential oil analysis?

It plays a key role in essential oil analysis by verifying the purity and identity of oils based on their unique refractive indices.

7 Why is ABBE Refractometer used in environmental testing labs?

It is used in environmental testing labs to analyze water samples, detect pollutants, and assess chemical concentrations through their optical properties.

8 What function does ABBE Refractometer serve in biotechnology labs?

It serves a function in biotechnology labs by analyzing buffer solutions, media formulations, and biomolecule purity based on refractive index measurements.

9 Can ABBE Refractometer assist in forensic investigations?

It assists in forensic investigations by identifying unknown substances based on their optical properties, which aids in chemical profiling and evidence validation.

10 How can ABBE Refractometer be applied in semiconductor manufacturing?

It is applied in semiconductor manufacturing to measure the refractive index of photoresists and etching solutions, ensuring precise optical and chemical properties in wafer processing.