Modus Advanced Blog
Providing relevant information on cutting-edge manufacturing materials and processes to help our partners move from idea to ignition.
Electrically Conductive Thermal Control Coatings for Space Electronics Protection
Key Points Electrically conductive thermal control coatings are critical for managing heat transfer and static discharge in space electronics applications where both thermal regulation and EMI shielding are required. These specialized coatings combine high emissivity, low absorptivity, and electrical conductivity properties to protect sensitive equipment from the harsh space environment. Material selection considerations include thermal stability, outgassing properties, mechanical durability, ...
High Electrical Conductance Thermal Control Coatings: Applications in Satellite Design
Die Cut Gaskets eGuide: 5 Frequent Design Oversights & How to Address Them
If you make a mistake during the design phase, you run the risk of going over budget and not receiving your solution in time. Our latest eGuide will help you avoid these common design oversights. Get a free copy by subscribing to our blog.
Thermal Control Coatings for Spacecraft and Satellites: Engineering Optimal Solutions for Extreme Environments
Thermal Management in Optical Coatings for Aerospace Applications
Precision Thermal Management: Advanced Thermal Gel Dispensing Capabilities at Modus
Micro Dispensing of Electrically Conductive Materials: Small Bead-Size Form-in-Place Gaskets
Optical Black Coatings: Enhancing Stray Light Suppression in Aerospace Optics
Precision optical systems can mean the difference between mission success and failure. Here are the critical takeaways about optical black coatings:
High Emissivity, Electrically Conductive Composite Coatings for Aerospace Applications
Understanding High Electrical Conductance Thermal Control Coatings
