Ludwig Thermometer ASTM -5+215’F/0.5’F ACCU-SAFE

Ludwig Thermometer ASTM -5+215’F/0.5’F ACCU-SAFE

Ludwig ASTM Accu-Safe Thermometer Range -5°F to +215°F

The Ludwig ASTM Accu-Safe Thermometer is a high-precision temperature measuring instrument designed for applications requiring accurate and safe temperature measurements within the range of -5°F to +215°F. With an accuracy of ±0.5°F, this thermometer offers high reliability and precision. The robust Accu-Safe construction utilizes high-quality borosilicate glass, resistant to thermal shock and exposure to common chemicals, and designed to minimize breakage risks. A clear, easy-to-read scale ensures accurate and efficient measurements. Calibration according to ASTM standards guarantees consistent and reliable results.

Specifications

• Temperature Range: -5°F to +215°F
• Accuracy: ±0.5°F
• Material: High-quality borosilicate glass, Accu-Safe construction for enhanced safety.
• Scale: Clear, easy-to-read scale with durable markings.
• Calibration: Calibrated according to ASTM standards.
• Applications: Laboratory use, food industry, environmental monitoring, and other applications requiring precise temperature measurement and enhanced safety.
• Additional Features: Accu-Safe construction to minimize breakage risk.

Usage Ludwig Thermometer ASTM -5+215’F/0.5’F ACCU-SAFE

This thermometer is well-suited for:

• Laboratory Use: Accurate and safe temperature measurement in experiments and research.
• Food Industry: Ensuring precise and safe temperature control during food processing and storage.
• Environmental Monitoring: Monitoring temperatures in various environments for research or control purposes with a higher level of safety.

Summary

The Ludwig ASTM safe temperature measurements within the range of -5°F to +215°F. The durable borosilicate glass construction with Accu-Safe features, easy-to-read scale, and ASTM calibration ensure reliable and consistent measurements while minimizing the risk of accidents. This instrument is a suitable choice for various applications demanding both precision and safety in temperature measurement.