Solar candle photovoltaic large decorated lantern 31CM lights DAY and night

Solar Candle - Elegant Decorated Glass, Warm Light An elegant solar candle made of high-quality decorative glass and a sturdy base. The unique embossed glass pattern beautifully diffuses light, creating a natural flame effect and emphasizing the solemn character of the memorial site. Modern solar technology means the candle requires no replacement inserts or battery changes. It charges with solar energy during the day. Key features Solar powered Maintenance-free operation Warm yellow light mimicking a flame Elegant decorated glass Durable and stable construction Weather resistant An eco-friendly alternative to traditional candles Candle specifications: quantity - 1 pc height - 31 cm glass width - 19 cm cap diameter - 9.5 cm base diameter - 17 cm light color - yellow Why choose our solar candle? Equipped with a high-capacity battery ensuring long operating time Intense, warm light color Lights for many hours after full charge Adjustable flame height The LED gently pulses, realistically imitating a natural candle flame Elegant appearance, durable construction, and modern solar technology make this candle a practical and aesthetic solution for any season. Adjustable flame height for user convenience. The light switch is integrated directly into the solar cap at its lower part, providing ease of use and a neat, cohesive finish for the entire candle. Operation is extremely simple - just activate the switch once to start the system. From that moment, the candle operates continuously. The candle is equipped with a precisely fitted solar cap mounted by pressure ("snap-fit"). This design ensures perfect sealing of components, resulting in high candle tightness. This protects the interior from moisture, wind, and other weather conditions, contributing to the durability and reliability of the solar insert. Note: Photos are for illustrative purposes only. The actual lighting effect of the solar insert, including color and light intensity, may slightly differ from the images depending on environmental conditions and battery charge level.