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Ludwig Schneider Hydrometer 0–50:0.5% Brix-Sugar-Scale, 300 mm, PC, 20°C

Max. measured value

Measured range

Specifications

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HS Code #
90258080
Division
0.5 %·mas
Length
300 mm
Material
PC
Max. measured value
50 %·mas·(Brix)
Measured range
0 ... 50 %·mas·(Brix)
Min. measured value
0 %·mas·(Brix)
Reference temperature
20 °C
UNSPSC
41113024

NZ $255.59

Inc. GST

Available soon

Product description

The Ludwig Schneider Hydrometer is designed for precise measurement of sugar content in solutions, utilizing the Brix scale ranging from 0 to 50% with 0.5% divisions. Constructed entirely from durable polycarbonate (PC), this 300 mm hydrometer offers high transparency and is resistant to breakage, making it ideal for use in food, pharmaceutical, and cosmetic industries.

Key Features:

  • Brand: Ludwig Schneider
  • Measuring Range: 0–50% Brix
  • Scale Division: 0.5% Brix
  • Length: 300 mm
  • Material: High-quality polycarbonate (PC)
  • Reference Temperature: 20°C
  • Breakage Protection: Fully plastic construction eliminates glass breakage risk
  • Certifications: Works certificate available upon request; complies with HACCP food safety standards
  • Applications: Suitable for food, pharmaceutical, and cosmetic industries

This hydrometer is an essential tool for laboratories and industries requiring accurate and reliable sugar concentration measurements.

Compare similar models

Hydrometer 0-50:0.5% Brix-Sugar-Scale, 300 mm, PC, 20°C

Manufacturer P/N

3002595

Part Number

9.236 849

Manufacturer

Ludwig Schneider

Max. measured value

50 %·mas·(Brix)

Hydrometer 0-35:0.5% Brix-Sugar-Scale, 300 mm, PC, 20°C

Manufacturer P/N

3002523

Part Number

9.236 848

Manufacturer

Ludwig Schneider

Max. measured value

35 %·mas·(Brix)

Frequently asked questions

It is designed for precise measurement of sugar content in solutions, utilizing the Brix scale ranging from 0 to 50% with 0.5% divisions. Constructed entirely from durable polycarbonate (PC), this 300 mm hydrometer offers high transparency and is resistant to breakage, making it ideal for use in food, pharmaceutical, and cosmetic industries.

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