 |  | | (2)
The ideal way of assuring your products have not been exposed to Cold temperatures below 32°F / 0°C. This device is guaranteed to work within + or - 1 degree of it's response temperature. You know at a glance if your product has been exposed to freezing temperatures in transit (shipping) or storage situations. The highest degree of accuracy in the industry, providing a permanent record that assures your products integrity and quality. Our courteous customer service professionals will answer any questions you might have on our line of temperature indicator recorder products. Self adhesive.
- Assure the quality of refrigerated pharmaceuticals, chemicals, film, medical devices and electronics
- Provides an accurate visual ...
| |
| | |  | | (9)
Warm Mark™ time temperature tags leave you in control even after your product has been shipped. Your customers know at a glance if the product has been exposed to abusive temperatures during shipping or storage. The Warm Mark™ tag accurately (+ or - 1°C) indicates if your product has been exposed to heat above a selected temperature from -18°C / 0°F to 20 °C / 68°F. Our tags also indicate if that exposure has continued for an extended period of time. This provides a permanent record that assures your customers of consistent quality every time. Self adhesive. Please contact our customer service representative for more details.
| |
| | |  | | Records a critical rising or falling temperature from 0°C to 5°C with a plus or minus 2°C accuracy. The TempCHEX™ self-contained, self-adhesive recorder monitors your shipments temperature by recording a critical low temperatures of refrigerated temperature sensitive products in storage or in transit.
Irreversible bimetallic sensing element snaps at it's critical cold temperature. Rugged construction and a long shelf life, no batteries are reguired.
Assure the quality of refrigerated pharmaceuticals, chemicals, film, medical devices and electronics
Provides an accurate visual record of damaging low temperature conditions
Record either descending (freezing) or ascending (thawing) conditions at a critical ...
|
|
|
