ASTM 47C Thermometer

ASTM 47C Thermometer – Precision Laboratory Thermometer Compliant with ASTM Standards

The ASTM 47C thermometer is one of the most widely used and precise models in the ASTM standard thermometer series. It is specifically designed for accurate and sensitive temperature measurements in viscosity testing, such as dynamic viscosity tests at 60 °C, where temperature control plays a critical role in test accuracy.

If you are looking for a reliable and high-precision thermometer for specialized laboratory tests, the ASTM 47C is an ideal choice. This thermometer is suitable for precise temperature measurement in standard laboratory and industrial dynamic viscosity tests. With an overall length of 300 mm and a fine scale resolution of 0.05 °C, it measures temperature exclusively within the narrow range of +58.6 °C to +61.4 °C, ensuring exceptional accuracy.
Such high precision is essential for dynamic viscosity testing, as even minor temperature variations can significantly affect test results.

Lab Land offers this high intrinsic value product at the most competitive price, supplied with the manufacturer’s calibration certificate for assured reliability and traceability.

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Technical Specifications of ASTM 47C Thermometer

• Standard: ASTM 47C

• Measurement Unit: Celsius (°C)

• Temperature Range: +58.6 °C to +61.4 °C

• Temperature Accuracy: 0.05 °C

• Filling Liquid: Mercury (Hg)

• Body Material: Heat-resistant borosilicate glass

• Scale Type: Clear, engraved scale with high readability

• Application: Laboratory and industrial tests requiring high temperature sensitivity

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Applications of ASTM 47C Thermometer

This model is widely used across various industries, including:

• Quality control laboratories for dynamic viscosity testing

• Oil, gas, and petrochemical industries

• Chemical, resin, and polymer industries

• Research centers and universities

• Precision testing and calibration laboratories

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Key Features and Advantages

• High accuracy in full compliance with ASTM standards

• Resistant to thermal shock and chemical exposure

• Excellent scale readability for long-term use

• Stable and consistent temperature measurement

• Ideal for precise laboratory applications