Santa Barbara, California – Exclusive rights to the use of ultra-black Vantablack S-VIS surface coating in blackbody calibration sources has been agreed between Surrey NanoSystems and Santa Barbara Infrared (SBIR).
The broadband absorption of Vantablack S-VIS suits it to enhancing the performance and utility of SBIR's precision electro-optical instrumentation for military, aerospace IR/FLIR testing, and simulation markets. Initially, SBIR is using Surrey NanoSystems' UK facility to apply the Vantablack coating, while it establishes a local facility to serve the North American defense, aerospace, and electro-optical markets.
Commenting on the agreement, SBIR's President Steve McHugh notes: "The superb broad band absorption of Vantablack coatings, and the highly uniform deposition layer, helps us to create blackbody sources offering extremely high radiometric performance without caveats – greatly enhancing ease of use."
Surrey NanoSystems’ CEO David Wong adds: “We’re really pleased to have Vantablack recognized by SBIR, who have a reputation built on performance and precision. We’re also delighted to have a partner to simplify procurement and provide local support for Vantablack coatings in North America. We see this as crucial to serving such an important market.”
Surrey NanoSystems' Vantablack black surface coating material for the UV to FIR spectrum employs an innovative nanomaterial structure that absorbs virtually all incident light. Vantablack was developed for space-borne imaging applications and offers exceptional IR absorption and excellent thermal, mechanical, and environmental stability – attributes that qualify it for demanding applications. The material has already achieved space heritage with its recent deployment on an Earth observation satellite.
The S-VIS version of Vantablack traps over 99.8% of near- and mid-infrared wavelengths hitting its surface. It is applied using a simple spraying technique before being post-processed to achieve its broad band absorption characteristics and near-perfect Lambertian performance. This absorption is maintained over a wide range of wavelengths and viewing angles, outstripping conventional black paints and other vacuum-deposited coatings. These characteristics are critical for SBIR’s specialized equipment, where compliance with rigorous US defense standards, long-term stability, and traceable precision are essential attributes.
The active element of Vantablack S-VIS is a functionalized carbon nanotube matrix. The coating is applied using a proprietary process that includes a number of pre- and post-application steps to achieve its ultra-low reflectance. The process is scalable and suitable for high-volume production on both small and large substrates, and on complex 3D surfaces. Vantablack S-VIS can be applied to a variety of substrates, with the only major constraint being the ability of the substrate to withstand process temperatures of 100°C to150°C, making the coating suitable for application onto many types of engineering-grade polymers and composite materials.
Since its launch in spring 2016, more than 100 Vantablack S-VIS projects have already been completed, including in space-borne instrumentation and military optical systems.
The agreement with SBIR provides the next platform for the further adoption of the technology.
Source: Santa Barbara Infrared Inc.
The broadband absorption of Vantablack S-VIS suits it to enhancing the performance and utility of SBIR's precision electro-optical instrumentation for military, aerospace IR/FLIR testing, and simulation markets. Initially, SBIR is using Surrey NanoSystems' UK facility to apply the Vantablack coating, while it establishes a local facility to serve the North American defense, aerospace, and electro-optical markets.
Commenting on the agreement, SBIR's President Steve McHugh notes: "The superb broad band absorption of Vantablack coatings, and the highly uniform deposition layer, helps us to create blackbody sources offering extremely high radiometric performance without caveats – greatly enhancing ease of use."
Surrey NanoSystems’ CEO David Wong adds: “We’re really pleased to have Vantablack recognized by SBIR, who have a reputation built on performance and precision. We’re also delighted to have a partner to simplify procurement and provide local support for Vantablack coatings in North America. We see this as crucial to serving such an important market.”
Surrey NanoSystems' Vantablack black surface coating material for the UV to FIR spectrum employs an innovative nanomaterial structure that absorbs virtually all incident light. Vantablack was developed for space-borne imaging applications and offers exceptional IR absorption and excellent thermal, mechanical, and environmental stability – attributes that qualify it for demanding applications. The material has already achieved space heritage with its recent deployment on an Earth observation satellite.
The S-VIS version of Vantablack traps over 99.8% of near- and mid-infrared wavelengths hitting its surface. It is applied using a simple spraying technique before being post-processed to achieve its broad band absorption characteristics and near-perfect Lambertian performance. This absorption is maintained over a wide range of wavelengths and viewing angles, outstripping conventional black paints and other vacuum-deposited coatings. These characteristics are critical for SBIR’s specialized equipment, where compliance with rigorous US defense standards, long-term stability, and traceable precision are essential attributes.
The active element of Vantablack S-VIS is a functionalized carbon nanotube matrix. The coating is applied using a proprietary process that includes a number of pre- and post-application steps to achieve its ultra-low reflectance. The process is scalable and suitable for high-volume production on both small and large substrates, and on complex 3D surfaces. Vantablack S-VIS can be applied to a variety of substrates, with the only major constraint being the ability of the substrate to withstand process temperatures of 100°C to150°C, making the coating suitable for application onto many types of engineering-grade polymers and composite materials.
Since its launch in spring 2016, more than 100 Vantablack S-VIS projects have already been completed, including in space-borne instrumentation and military optical systems.
The agreement with SBIR provides the next platform for the further adoption of the technology.
Source: Santa Barbara Infrared Inc.
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