HOPEWELL Showcases Innovative Silicone Optical Lenses at 2025 Hong Kong Lighting Fair

The 27th Hong Kong International Autumn Lighting Fair 2025 will be grandly held under the theme “Creative Design · Smart Lighting for the Future.” As Asia's flagship lighting exhibition, it will gather over 3,000 exhibitors across 70,000 square meters, alongside the 10th Hong Kong International Outdoor and Tech Lighting Expo. The event expects 42,000+ professional visitors from China, the US, Japan, Korea, Brazil, and beyond — creating a one-stop sourcing hub for smart, commercial, and industrial lighting solutions.

Event Date: October 27–30, 2025
Venue: Hong Kong Convention and Exhibition Centre (HKCEC), Wanchai
Organizer: Hong Kong Trade Development Council (HKTDC)

Highlights of the Exhibition

1. Connected Lighting Hall: Smart Illumination for the Future

Experience the fusion of AI lighting systems, human-centric light environments, and Matter-compatible smart controls, enabling seamless interoperability between brands and devices.

2. Hall of Aurora: Global Brands Showcase

Discover cutting-edge designs and technologies from 540 leading lighting brands. From award-winning fixtures to next-generation LED optics, this hall celebrates innovation, aesthetics, and functionality.

3. Green Technology Zone: Lighting Meets Sustainability

Explore low-carbon and modular lighting systems, including plant illumination, solar-integrated smart poles, and carbon-neutral outdoor lighting—driving the industry toward a sustainable future.

4. Industry Forums: Vision Meets Innovation

Lighting Design Forum: Featuring renowned designers such as Tino Kwan and Chau Cheok Ming, sharing insights on urban illumination experiences and RCEP cultural lighting opportunities.

Connected Lighting Forum: Exploring how AI and IoT are reshaping the value chain of smart and sustainable lighting.

HOPEWELL: Years of Innovation in Silicone Optics

As a returning exhibitor for the third consecutive year, HOPEWELL will once again shine at Booth 5E-G32, presenting our latest optical-grade silicone lens technologies that empower the lighting industry with innovation and performance.

★ High-Precision Optical Design: Maximizing Light Efficiency

HOPEWELL's optical-grade LSR (Liquid Silicone Rubber) lenses achieve over 94% light transmittance with excellent anti-blue-light attenuation. Through freeform optical surface design, we deliver precise beam control and optimized LED efficiency, suitable for both indoor and outdoor lighting applications.

★ Superior Durability and Weather Resistance

Our silicone lenses withstand extreme conditions from -40°C to 200°C, offering UV resistance, anti-yellowing performance, and long-term optical stability. They have been successfully applied in street lighting, stadium illumination, and industrial-grade lighting systems, ensuring consistent quality and performance.

★ Customized Silicone Lens Solutions

With in-house mold fabrication and optical simulation capabilities, HOPEWELL provides fully customized silicone lens design and manufacturing services. From optical simulation to prototype validation and mass production, we support unique lens geometries, beam angles, and optical effects—helping brands differentiate their lighting products.

Highlights from Past Exhibitions

Over the years, HOPEWELL has actively showcased our custom silicone optical components, molded silicone optics, and high-temperature resistant silicone LED lenses at international lighting fairs including ISAL (Germany), Guangzhou Lighting Exhibition, and past Hong Kong Lighting Fairs. Our booth has attracted global attention from automotive lighting, architectural illumination, and smart lighting manufacturers who seek advanced optical silicone molding solutions.

Visit HOPEWELL at Booth 5E-G32

The 2025 Hong Kong International Lighting Fair is more than a global stage for lighting innovation — it's a collaborative hub connecting ideas, materials, and technologies.
HOPEWELL sincerely invites you to visit Booth 5E-G32 to explore the limitless potential of silicone optical lenses, and join us in shaping a smart, green, and high-performance lighting future.