The BALTIMORE INNOVATIONS LTD BIL-1060-HIC (200-CTNR) is an advanced 6-Spot Humidity Indicator Card designed to ensure optimal humidity levels within containers, safeguarding sensitive aircraft components from the detrimental effects of excessive moisture. Engineered with precision and adhering to stringent industry standards, this humidity indicator card provides a reliable and cost-effective solution for monitoring humidity in various aerospace applications.

Key features:

• Comprehensive Humidity Monitoring: Featuring six distinct indicator spots, the BIL-1060-HIC changes color at 10%, 20%, 30%, 40%, 50%, and 60% relative humidity (RH). This allows for accurate and comprehensive monitoring of humidity levels within a container.
• Rapid Response Time: The color transition of each indicator spot typically occurs within 8 hours at a standard temperature of 23°C. This ensures timely and reliable readings, allowing for swift action to mitigate potential humidity-related issues.
• MIL-1-8835 Compliance: Adhering to the MIL-1-8835 standard, this humidity indicator card meets rigorous military specifications, guaranteeing its reliability and effectiveness in demanding environments.
• Durable Construction: Made from durable blotting paper, the BIL-1060-HIC is designed to withstand the challenging conditions of the aerospace industry, providing consistent performance over time.

Applications

The BIL-1060-HIC Humidity Indicator Card is essential for various applications within the aircraft industry. It is particularly useful for monitoring the humidity levels in sealed containers and packages, ensuring that critical components remain dry and free from corrosion and mildew. This is vital for the storage and transportation of avionics, instruments, and other sensitive equipment, where maintaining low humidity levels is crucial to prevent damage and maintain functionality.

Ensure your aircraft components are protected from the risks of moisture damage with the BALTIMORE INNOVATIONS LTD BIL-1060-HIC Humidity Indicator Card.