This **R63-F-I 4W retro Reflective light Source ** (Reflector Series) is a practical lamp that combines retro texture with directional lighting function. With the core advantages of "classic retro appearance + precise directional light effect + high energy efficiency and long life", it is suitable for both home retro Spaces and commercial local display scenarios.

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Its retro aesthetics and directional light effects are perfectly integrated: continuing the iconic reflective lamp body design of the Reflector Series, the retro texture can be presented from any Angle, making it suitable for industrial and retro-style home or shop decoration. The 40° precise directional beam Angle can focus the light, and with a 4W power output of 250lm, it offers a soft brightness. It can be used as a local supplementary light for the retro living room chandelier or as a directional lighting for the display racks in cultural and creative stores. While maintaining the retro appearance level, it also takes into account the practicality of lighting.

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Outstanding performance in energy efficiency and durability: The energy efficiency grade reaches A++, saving over 80% energy compared to traditional retro lamps of the same type, achieving the dual value of "retro appearance level + energy-saving practicality". The service life is up to 20,000 hours, which is 5 to 10 times that of ordinary retro lamps, significantly reducing the frequency of lamp replacement and maintenance costs in retro decoration scenarios.

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At the same time, it features ** high adaptability and light efficiency flexibility ** : It supports multiple specifications of lamp heads such as E27/E26/B22, and can be adapted to the interfaces of most retro lamps without any additional modifications. It offers four gentle light options: 2700K warm light, 3000K warm white light, 4000K neutral light, and 6500K cold light. The warm light can create a warm atmosphere in a retro space, while the cold light can enhance the detailed texture of the display items, meeting the lighting effect requirements of different scenarios.