Ludwig Thermometer ASTM -6+400’C/2’C, lenth 305mm
Ludwig ASTM Thermometer -6°C to +400°C/2°C, 305mm
Description The Ludwig ASTM Thermometer is a precision instrument engineered for accurate temperature measurement in a wide range of applications, including laboratories, industrial settings, and materials testing. Complying with rigorous ASTM (American Society for Testing and Materials) standards, this thermometer is a trusted choice for specific and precise temperature measurement needs. With a temperature range of -6°C to +400°C and a reading accuracy of 2°C, this thermometer is well-suited for both high and low-temperature measurements.
Specifications
- Temperature Range: -6°C to +400°C
- Accuracy: 2°C
- Thermometer Length: 305 mm
- Material: High-quality glass tube for resistance to extreme temperatures.
- Calibration: Meets ASTM standards for assured accuracy.
Applications
- Oil and gas industry
- Materials testing
- Manufacturing processes
- Research and development laboratories
Additional Features
- Durable design for use in demanding work environments.
- Clear and easy-to-read scale, even in low-light conditions.
- Compatible with various media requiring precise temperature measurement.
Benefits
- High precision for industrial and laboratory applications.
- Adheres to international standards for temperature measurement.
- Easy to use and clean.
Conclusion The Ludwig ASTM Thermometer with a temperature range of -6°C to +400°C and an accuracy of 2°C is a reliable tool for diverse temperature measurement requirements, particularly in industrial and laboratory settings. Its 305mm length and high-quality glass construction, coupled with ASTM compliance, ensure precise and consistent measurement results. Capable of withstanding extreme conditions, this thermometer is a durable and dependable choice for material testing, oil and gas applications, and scientific research. The combination of accuracy, durability, and user-friendliness makes this thermometer an essential tool for professionals demanding high-precision temperature measurements.
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