Non Reversible 49-71 ℃ 120-160℉ 5 Temperature Level High Temperature Sensitive Labels

Non Reversible 49-71 ℃ 120-160℉ 5 Temperature Level High Temperature Sensitive Labels

Irreversible temperature-sensitive labels are designed to permanently record temperature changes. Widely used in industrial, medical, and food sectors, they feature a special chemical coating that undergoes an irreversible color change when a preset temperature is reached, providing an intuitive and reliable basis for temperature monitoring.

Q&A

Q1: What is the measurement accuracy of irreversible temperature-sensitive labels?

A1: Our irreversible temperature-sensitive labels feature high-precision temperature-sensing technology with an accuracy of ±1°C, meeting the requirements of most industrial and commercial applications. For special scenarios with higher temperature accuracy demands, we also offer products with even higher precision.

Q2: Will the color change of irreversible temperature-sensitive labels fade easily?

A2: The color change of irreversible temperature-sensitive labels is permanent and will not fade over time or due to environmental changes. They have excellent durability and can maintain color stability in various harsh conditions, ensuring the reliability of temperature records.

Q3: Can irreversible temperature-sensitive labels be reused?

A3: Irreversible temperature-sensitive labels are designed for single-use.

Once the temperature reaches the set point and a color change occurs, it cannot revert to its original state.

Therefore, they CANNOT be reused.

However, their low cost and easy replacement make them a cost-effective solution for various one-time temperature monitoring needs.

Q4: Are irreversible temperature-sensitive labels resistant to chemical corrosion?

A4: Yes, irreversible temperature-sensitive labels have excellent resistance to chemical corrosion and can withstand the erosion of common chemicals such as acids, bases, and salts. This allows them to be used in various industrial environments, ensuring stable performance even in the presence of chemical substances and accurate temperature monitoring.