Pocket Thermometer 738760 - Sper Scientific

The Pocket Thermometer 738760 from Sper Scientific is a safe mercury replacement temperature measuring device using red alcohol, designed for total immersion measurement within the temperature range of -10 to 110°C. With a compact size of 155 mm, it is suitable for quick and convenient temperature measurements in various industrial and research environments.

Manufactured by Sper Scientific, a reputable brand from the USA and assembled in Taiwan, this thermometer meets strict requirements for accuracy and durability in industrial settings. Its overall design allows easy handling and storage.

• Measurement Range: -10°C to 110°C, suitable for diverse industrial applications and working environments.
• Length: 155 mm, compact size convenient for portability and quick operation.
• Measuring Medium: Glass containing safe red alcohol, replacing traditional mercury to minimize toxic risks.
• Design: Total immersion probe enables accurate temperature measurement when the entire sensing portion is immersed in the medium.
• Protective Case: Blue plastic case protects the thermometer from impact and allows easy storage.
• Durability and Stability: Materials and design ensure durability in industrial environments, reducing errors caused by external physical impacts.

The Pocket Thermometer 738760 is widely used in industrial and research fields requiring quick, convenient, and accurate temperature measurements within the range of -10°C to 110°C. Typical applications include:

• Measuring liquid and gas temperatures in industrial production lines.
• Inspection and maintenance of equipment in factories and laboratories.
• Temperature measurement in the food and pharmaceutical industries where strict temperature control is required.
• Use in education and research for fast and safe temperature measurements.
• Suitable for technicians and engineers needing a compact, portable measuring device for field inspections or business trips.

The total immersion design allows more accurate measurements compared to thermometers with partial probe immersion, especially valuable in applications requiring high accuracy and long-term reliability.

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