The Digi-Sense Certified Glass Thermometer, –20 to 150 °C, is a precision-calibrated liquid-in-glass thermometer designed for total immersion. Featuring a mercury-free organic liquid fill, it ensures accurate and environmentally safe temperature readings. With a 300 mm glass body, this thermometer is ideal for laboratory, industrial, and field use where traceable, dependable measurements are critical.
Product Features
- Temperature range: –20 to 150 °C
- Certified accuracy with traceable calibration documentation
- Mercury-free organic liquid fill for safe handling and eco-friendly use
- Total immersion design delivers precise temperature readings
- 300 mm length with clear, easy-to-read graduations
- Durable glass construction suitable for lab and field applications
- NIST-traceable individually calibrated thermometers ensure precise and accurate temperature measurement
- Non-mercury blue spirit liquid for safer, environmentally compliant use
- NIST-certified detailed, laminated report of calibration included
- Individually calibrated to NIST standards at specific temperatures with correction values to one-tenth the smallest division
- Triangular anti-roll fitting to prevent rolling off surfaces
- Permanently fused markings for long-lasting readability
- White background glass with blue spirit liquid for enhanced visibility
- Individually serial numbered for full traceability
- Includes an NIST-traceable statement of accuracy and triangular-style anti-roll fitting
Benefits
- Certified accuracy ensures compliance in regulated environments
- Organic liquid fill is safer than mercury alternatives
- Long design supports deeper vessels and larger sample volumes
- Perfect for laboratories, educational use, and industrial testing
- Backed by trusted Digi-Sense quality
Why Choose Digi-Sense Certified Glass Thermometer 20 to 150 °C?
Choose the Digi-Sense Certified Glass Thermometer for precise, safe, and reliable temperature readings from –20 to 150 °C. Its mercury-free, total immersion design is ideal for professionals seeking durable instruments that meet both safety and accuracy standards.
