Skyrad
Dye-based UV and Temperature Monitoring
Company Overview
Snapshot
Founded in May 1997, Skyrad operates with 1–10 employees. The company holds one patent and focuses on dye-based UV and temperature monitoring solutions. In August 2020, Skyrad ceased operations.
Business overview
Skyrad develops innovative solutions for sun protection, sun safety, and temperature monitoring, primarily utilizing dye-based technologies. The company's core products include a wristband designed to alert users of UV overexposure and technology for temperature-sensitive applications like food packaging. Skyrad's proprietary technologies leverage nontoxic dyes that change color in response to ultraviolet radiation (photochromic) or temperature changes (thermochromic), allowing for integration into various commercial matrixes through conventional manufacturing methods. The company operates within the Industrial Technologies sector, with applications spanning materials, packaging, wearables, and the food industry.
Strategic signal
In August 2020, Skyrad ceased operations, indicating a significant shift in the company's trajectory. This event signals to investors and innovation teams that the company is no longer actively pursuing its dye-based UV and temperature monitoring solutions, marking an end to its commercial activities in this space.
Log in to access full profile ›Company Intelligence Q&A
- What is Skyrad's primary focus?
- Skyrad's primary focus is on developing dye-based solutions for UV and temperature monitoring, with applications in sun protection, sun safety, and temperature-sensitive products like food packaging.
- When was Skyrad founded?
- Skyrad was founded in May 1997.
- What is Skyrad's employee count?
- Skyrad operates with 1–10 employees.
- What is the status of Skyrad's operations?
- Skyrad ceased to operate in August 2020.
- What type of technology does Skyrad utilize?
- Skyrad utilizes technologies based on nontoxic dyes that change color in response to ultraviolet radiation (photochromic) or temperature changes (thermochromic).