Ludwing Thermometer ASTM range +90+170/0.2’C

Ludwing Thermometer ASTM range +90+170/0.2’C

Ludwig ASTM Thermometer Range: +90°C to +170°C/0.2°C

The Ludwig ASTM Thermometer is designed for accurate temperature measurement within the range of +90°C to +170°C. With a high accuracy of ±0.2°C, this thermometer is ideal for applications requiring precise temperature control, such as in industrial processes, scientific research, and laboratory temperature measurements. Constructed from high-quality borosilicate glass, this thermometer is resistant to thermal shock and chemical exposure, ensuring durability and longevity. The clear, easy-to-read scale guarantees accurate and efficient measurements. Calibration according to ASTM standards ensures consistent and reliable results.

Specifications

• Temperature Range: +90°C to +170°C
• Accuracy: ±0.2°C
• Material: High-quality borosilicate glass, resistant to thermal shock and chemical exposure
• Scale: Clear, easy-to-read scale with durable markings
• Calibration: Calibrated according to ASTM standards
• Applications: Suitable for industrial processes, scientific research, laboratory temperature measurements, and other uses requiring high-precision temperature measurement within the specified range

Usage Ludwing Thermometer ASTM range +90+170/0.2’C

This thermometer is particularly well-suited for:

• Industrial Processes: Ensuring precise temperature control in various industrial applications
• Scientific Research: Providing accurate temperature measurements in sensitive experiments and research settings
• Laboratory Temperature Measurement: Used for temperature measurements in various laboratory applications

Summary

The Ludwig ASTM Thermometer (+90°C to +170°C) offers accurate and reliable temperature measurements within the specified range, with an accuracy of ±0.2°C. Its durable borosilicate glass construction, easy-to-read scale, and ASTM calibration ensure dependable and consistent measurements. This instrument is an excellent choice for various applications that demand high precision in temperature measurement.