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Technology transfer is the process by which knowledge acquired by an entity while developing a particular technology is transferred to external entity including public and private sector, academia, State and Central Government organization, etc.

NSIL has been mandated to transfer the technologies developed by DOS/ ISRO Centres/ Units so that benefits of the space programme are transferred to Indian industries thereby contributing towards technological self-reliance, industrial growth and national development.

The following technologies are available for transfer to Industries.

Interested parties are requested to fill up the . Application form and send to [email protected]

S No. Technology Name
1. Antennas
1.1 Design Of Ku/C/L and S Band Cassegrain Feed
1.2 Compact L5 Band Ceramic Antenna
2. Communication & Navigation
2.1 Distress Alert Transmitter (DAT-SG)
2.2 NavIC Messaging and Positioning Receiver
2.3 Personnel Tracker
2.4 Radiosonde
2.5 Two Way MSS Terminal for Vessel Tracking
2.6 Two-Channel Digital Monopulse Tracking Receiver for Earth Station
3. RF & Electronics
3.1 Burst Demodulator IP Core
3.2 Electronic Safety Handheld Ohmmeter (ESHO)
3.3 MEMS Acoustic Sensor
3.4 Miniaturised High Frequency DC DC Converter
3.5 Piezo-Electric Vibration Sensor (PEVS)
3.6 Ribbon Stack Heat Flux Sensor
3.7 SCPC Modem IP Core
3.8 Supercapacitors
3.9 Thermal Sensors and Heat Flux Sensor
3.10 TRISP (Triple Input Smart Power Supply)
3.11 Ultrasonic Burning Rate Measurement System (UBRMS)
4. Remote Sensing
4.1 Photosynthesis Irradiance Incubator
4.2 MiniSAR: X band Airborne SAR
5. Process
5.1 Black Anodizing On Aluminum 6061T6 & Chromating Technology
5.2 Ceramic foam (HTFOAM-1500) by Direct Foaming Technique
5.3 Corrosion Resistant Coating NRCM-204
5.4 Cr-Cu-Au metallisation for Hi-Rel MIC
5.5 Flameproofing Coating-Caspol
5.6 Gold Plating on Aluminium 6061 T6 and Kovar
5.7 High Emissive Silicone Coating, HESC/CSNM-29
5.8 Silicone Polymer Based Thermal Protection system : PC-10 TPS 
5.9 Smart Fire Retardant Coating
5.10 Silver Plated Waveguides Technology
6. Mechanical and Pneumatics
6.1 Fabrication of Waveguide Runs
6.2 Precision Tapping Attachment
6.3 Umbilical Pads
6.4 Vibration Management Solutions
7. Optics
7.1 Optical Imaging System
8. Material & Chemicals
8.1 5-Aminoterazole Nitrate
8.2 Benzoxazine Polymer
8.3 Compensated Alumina (ComAl) for Electronic Applications
8.4 Coating Compound EPY 1061
8.5 Cryo Adhesive EPIFIL-9661
8.6 DK65 Ceramic for Microwave Applications
8.7 EFA 1753 and EFA-1752
8.8 EPG 2601[M]
8.9 FB-CVI for realisation of C-C Composite
8.10 Guanidinium Azotetrazolate (GZT)
8.11 High Density Sintered Silicon Carbide
8.12 Lithium Ion Cells
8.13 Low Density EPDM Based Thermal Insulation
8.14 Low Modulus Flex Seal Compound
8.15 Matrix resin for composite application EPY PEEKTOH
8.16 Nitinol Based Shape Memory Alloys
8.17 Phenolic Matrix Resin (PF-108)
8.18 Phenolic Resin (PF-106)
8.19 Polydimethylsilane (PDMS)
8.20 Rocasin
8.21 RTV Silicone Single Part Adhesive, Silcem R9 
8.22 SiC Foam Tile SICTILE-1650 by Replica Technique
8.23 Silica Aerogel Based Composite Sheet
8.24 Silica Aerogel By Ambient Pressure Drying Method
8.25 Silica Fibres
8.26 Silica Granules
8.27 Silicone Polymer Based Low Density Syntactic Foam TPS, SSF P-70
8.28 Strontium Perchlorate
9. Satellite / Sub-systems
9.1 Indian Mini Satellite-1 (IMS-1) Bus