Deposition Sciences, Inc. announced on October 2026 that it has added a 12-inch by 30-inch size to its Sunshade Tape product line, a thin-film thermal control material used in aerospace applications.

The new format expands the range of applications for Sunshade Tape, which is designed to reflect solar radiation, maintain thermal stability, and withstand extreme temperature fluctuations. The material’s lightweight and flexible properties reduce energy consumption while protecting sensitive equipment from overheating.

Company representatives stated the larger size improves installation efficiency for systems requiring broader coverage, such as satellite components and industrial thermal management units. "Customers requested greater adaptability, and we responded with a format that simplifies integration into complex designs," said Justin Mosier, senior manager of space materials at DSI.

Sunshade Tape is engineered for durability in high-radiation and vacuum environments, according to DSI documentation. The company noted that the material’s performance characteristics support extended mission lifespans and improved system reliability in space-based and high-temperature terrestrial applications.

Additional details about the product specifications and technical data are available through Deposition Sciences’ official channels. The company has not indicated plans for further format expansions at this time.

The announcement follows industry trends toward modular and scalable thermal management solutions in next-generation space missions. Analysts noted that such material innovations contribute to more efficient satellite design cycles and reduced launch mass constraints.

Deposition Sciences has not disclosed financial terms related to the product rollout. The company’s website lists the Sunshade Tape product family as part of its broader portfolio of space-qualified coating technologies.

The new 12″ × 30″ format is now available for order through DSI’s customer support network. Shipping timelines and regional availability details were not included in the announcement.

The development reflects ongoing efforts to standardize thermal protection materials that balance performance with manufacturability in commercial and government space programs.