LED Flood Light – Durable, Performance, and Energy Efficient Features and Benefits: Robust Construction: Built with a thickened 304 stainless steel lamp body, precision anodized polishing, and sandblasted finish for longlasting durability. Resists rust, fading, and wear while offering heat dissipation. Quality Lens: Tempered glass lampshade with transparency and strong hardness. Designed to withstand impact and resist cracking for reliable performance over time. Powerful and EnergySaving: Equipped with brightness LEDs delivering exceptional illumination with low power consumption. lumen output ensures uniform light without flicker for a safe, comfortable lighting experience. Advanced Heat Management: Integrated thickened diecast aluminum radiator combined with a convection design significantly improves heat dissipation. Extends lamp service life and ensures safe handling of components. IP66 Waterproof: Features a waterproof seal, pressure rubber gasket, and secure rubber sealing around the wire outlet. Built to endure heavy rain, snow, and challenging outdoor conditions. Versatile Lighting: Suitable for both functional and decorative purposes. Delivers consistent performance in a wide range of environments. Practical Applications: 1. Outdoor Security Lighting – Illuminate driveways, gardens, or building exteriors for enhanced safety. 2. Commercial and Industrial Use – Ideal for warehouses, construction sites, or signage lighting. 3. Event and Decorative Lighting – for outdoor gatherings, landscape highlights, or mood lighting in public spaces. Specifications: Material: Thickened 304 stainless steel lamp body Finish: Anodized polishing and sandblasting Lampshade: Tempered glass Heat Dissipation: Diecast aluminum radiator with convection design Waterproof Rating: IP66 Performance: lumens, uniform light, no flicker Energy Use: Low power consumption with superbright illumination Engineered for durability, safety, and lighting efficiency, this LED flood light provides dependable illumination in both professional and residential settings.