CAS KWCOB to Debut at Guangzhou International Lighting Exhibition 2026
CAS KWCOB LIGHTING CO., LTD., an innovative enterprise relying on core technologies of the Chinese Academy of Sciences (CAS) and focusing on professional large-space lighting, is set to debut at the 2026 Guangzhou International Lighting Exhibition (GILE), with its booth at Booth B56, Hall 4.1. During the exhibition, the brand will launch two flagship product lines: the KWCOB High-Power Deep Anti-Glare Downlight (200W) and the KWCOB Eco-Friendly Cut-Off Floodlight for Airport Aprons, officially compete for the prestigious Aladdin God of Light Award, and simultaneously kick off the 2026 Global Strategic Partnership Program, inviting professional airport lighting contractors worldwide to visit its booth for in-person cooperation discussions.
Rooted in the industrialization of CAS research achievements, CAS KWCOB masters the core technology of kilowatt-class COB light source packaging and pioneered the professional lighting "Three Friendships" concept — Environmentally Friendly, Community Friendly, and Human-Centric Friendly. With the integrated design of fluorescent crystal COB light sources, thermal management systems, and cut-off optics, the company fills a gap in the industry and provides customized professional lighting solutions for large-space scenarios such as airports, seaports, stadiums, exhibition halls, and harsh industrial environments.
Focusing on airport scenarios, CAS KWCOB will showcase two benchmark products at this exhibition:
1. KWCOB High-Power Deep Anti-Glare Downlight (200W)
Specifically designed for ultra-high spaces (200W) in terminal buildings, it covers a power range of 100W–200W with a luminous efficiency of ＞130lm/W, meeting the energy-saving requirements of green airports. It features a deep anti-glare optical design with a glare control angle of ＞35°, paired with optical glass lenses and mirror aluminum reflectors for weather resistance, anti-yellowing, and low light decay. With an ultra-long service life of over 50,000 hours, it ensures stable operation for a decade, significantly reducing high-altitude maintenance costs for 24/7 terminal operations.
2. KWCOB Eco-Friendly Cut-Off Floodlight for Airport Aprons
Adopting precision cut-off light distribution, it strictly controls light spillage and light pollution to ensure the safety of pilots’ night operations. It delivers uniform horizontal and vertical illumination with no dark areas or overexposure, meeting the safety standards for airport ground operations. Boasting an IP66 high protection rating, it is resistant to wind, earthquakes, and extreme climates. Combined with an ultra-long service life and a 5–10-year warranty, it significantly reduces the full-lifecycle maintenance costs of high-mast lights at airport aprons.
Leveraging its original core technologies and mature solution implementation capabilities, CAS KWCOB is officially competing for the Aladdin God of Light Award with its newly launched airport lighting series, vying for the industry’s highest honor through technological innovation and engineering value.
Meanwhile, the brand is officially launching the 2026 Global Strategic Partnership Program, recruiting airport lighting integrators, professional engineering contractors, and channel distributors worldwide. It will provide partners with customized R&D, full-scenario solutions, technical support, and after-sales guarantee, allowing them to share CAS’s technical endorsement and the dividends of the global airport lighting market.
CAS KWCOB LIGHTING CO., LTD. adheres to the brand philosophy of "Innovator of Environmentally Friendly Professional Lighting Technology for Large Spaces". Relying on the research achievements of the CAS Songshan Lake Materials Laboratory, it holds complete independent intellectual property rights for KWCOB kilowatt-class COB light source packaging and application. The company focuses on professional lighting fields such as airports, seaports, stadiums, commercial large spaces, and harsh industrial environments, promoting the upgrading of green, safe, and efficient lighting through technological innovation.
