Environmental Monitoring

Our precision coatings play a crucial role in enhancing the performance of various products and applications, particularly in the field of environmental monitoring.

By offering advanced optical solutions, we are able to improve the efficiency, durability, and overall performance of a wide range of devices and systems used for monitoring the environment.

Our expertise in precision coatings is utilised in infrared (IR) technology. Our infrared coatings are designed to allow for maximum light transmission while maintaining exceptional durability. These coatings are especially valuable in thermal imaging technology, which is widely used to assess temperature variations, detect wildfires, monitor wildlife populations, and track the effects of climate change.

Our precision coatings are vital for thermal imaging cameras employed in environmental monitoring applications. These applications require highly sensitive, reliable, and durable instruments, and our coatings are specifically designed to meet these rigorous demands. By enhancing the performance of thermal imaging cameras, we contribute to the accuracy and reliability of environmental data collection and analysis.

Our Solutions:

Narrow Bandpass Filters

For instance, our infrared coatings are essential in early wildfire detection, enabling thermal imaging cameras to identify hotspots and areas of potential fire risk. This early detection allows for a timely response, ultimately helping to protect ecosystems, property, and human lives.

In addition, our precision coatings are used in thermal imaging cameras for tracking the effects of climate change, such as monitoring glacier retreat, permafrost melting, and the health of coral reefs. This information is crucial in understanding the extent and rate of environmental change, informing policy decisions and mitigation strategies.

G&H | Artemis’ precision coatings play a significant role in environmental monitoring, enhancing the performance, efficiency, and durability of thermal imaging technology.