Why in news?
In‑SPACe, the government body promoting India’s space sector, facilitated the transfer of five technologies developed by the Indian Space Research Organisation (ISRO) to domestic companies. The move is intended to build a self‑reliant space ecosystem.
Background
India’s space policy encourages private participation in spacecraft manufacturing, launch services and component supply. Technology transfer helps indigenous companies build capacity without starting from scratch.
Key points
- A Low Temperature Co‑Fired Ceramic (LTCC) multi‑chip module technology was licensed to Voltik Semicon. It integrates multiple semiconductor chips and can be used in high‑volume RT‑PCR diagnostic kits.
- RTV silicone single‑part adhesive, used for bonding solar panels, was licensed to Crest Speciality Resins. It is curable at room temperature and improves reliability of space hardware.
- Film adhesives EFA 1753 and 1752 were transferred to Azista Composites for aerospace applications.
- A 30 Watt DC‑DC converter technology was transferred to Ananth Technologies, enabling efficient power management in satellites.
- An anodisation process for 3D‑printed aluminium 10 Si‑Mg alloy was licensed to Pushpak Aerospace, useful for lightweight components.
Implications
- The technology transfers reduce dependence on imports and encourage Make‑in‑India components for space missions.
- Partnerships between ISRO and private industry can accelerate innovation and open new commercial applications in healthcare, energy and transportation.
- As more technologies are transferred, India’s space ecosystem is likely to become more competitive globally.