
Ludwig Thermometer ASTM Range +200°F to +700°F/5°F
Ludwig Thermometer ASTM Range +200°F to +700°F/5°F
The Ludwig ASTM Thermometer is a high-precision temperature measuring instrument designed for applications that require accurate temperature measurements within a high-temperature range. With a temperature range from +200°F to +700°F and an accuracy of ±5°F, this thermometer is ideal for use in industrial settings, laboratories, and research that necessitate precise temperature control. Its robust construction and high-quality materials ensure reliable performance in various conditions.
Specifications
- Temperature Range: +200°F to +700°F
- Accuracy: ±5°F
- Material: High-quality borosilicate glass, resistant to thermal shock and chemical exposure.
- Scale: Features a clear, easy-to-read scale with durable markings for optimal visibility.
- Calibration: Calibrated according to ASTM standards to ensure consistent and accurate measurements.
- Applications: Suitable for industrial use, laboratory research, and other applications requiring precise temperature measurement.
- Additional Features: Some models may include protective sleeves or cases to enhance durability and facilitate safe handling.
Usage Ludwig Thermometer ASTM Range +200°F to +700°F/5°F
This thermometer is particularly well-suited for:
- Industrial Applications: Monitoring temperatures in production and processing environments that require high-temperature control.
- Laboratory Use: Measuring temperatures in scientific experiments and research involving high temperatures.
- Material Testing: Ensuring accurate temperature measurements during material testing at elevated temperatures.
Summary
The Thermometer offers accurate and reliable temperature measurements within the range of +200°F to +700°F, with an accuracy of ±5°F. Its durable borosilicate glass construction, clear scale, and ASTM-compliant calibration make it a dependable tool for various industrial and laboratory applications. Select models may feature protective elements for enhanced durability, making it an excellent choice for professionals requiring precise temperature measurements in high-temperature conditions.
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