GO OCEAN's LED Aluminum Profiles are engineered for durability, performance, and versatility, making them the ideal choice for LED strip wholesalers, retailers, decoration companies, and renovation firms. Crafted with premium materials and innovative design, our profiles ensure long-lasting performance and aesthetic excellence for diverse lighting applications.
● 6063 Aluminum Extrusion
● High Thermal Conductivity Aluminum Alloy
● High-Transparency PC Cover
● remium Anodized Surface Treatment
Product Advantages
0.8mm Thickness
Most popular and widely preferred size, balancing durability and flexibility.
100% Pure Aluminum
Premium quality material ensures maximum strength and thermal performance.
Robust Packaging
Hard cardboard boxes with corner protectors to prevent damage during transportation.
1000+ Design Styles
Extensive range of designs to meet diverse lighting scenarios and aesthetic needs.
Trusted Globally
Praised and supported by customers in over 50 countries for quality and reliability.
Why Choose 0.8mm Thickness?
The 0.8mm thickness of GO OCEAN’s LED aluminum profiles strikes the perfect balance between durability and flexibility, making it the most popular and widely preferred size in the market.
Popular Product Model
Application Scenario
Why Choose GO OCEAN’s LED Aluminum Profiles
The Aluminum Led Light Strips Channels for LEDs offered by this Shenzhen manufacturer are made from high-quality aluminum material, ensuring durability and longevity. The sleek design not only enhances the aesthetics of the LED light strips but also provides efficient heat dissipation for optimal performance. This material choice reflects the company's commitment to quality and innovation in LED lighting solutions.
Over 1000 Design Options: A vast selection of styles to meet diverse lighting needs, from residential to commercial applications.
Trusted by 50+ Countries: Endorsed by customers globally for reliability, quality, and performance in varied lighting scenarios.
◎ High-quality aluminum construction
◎ Sleek and modern design
◎ Efficient heat dissipation
FAQ