Product description What this product does and why it helps Combines a high-performance metal sheet with solar-powered honey bee motif fairy lights to deliver both functional material and decorative lighting. The metal sheet offers excellent electrical and thermal conductivity plus strong corrosion resistance and good machining/forming characteristics. Use it when you need reliable conductivity, heat transfer, or durable metalwork. The solar fairy lights provide up to 10 hours of illumination after a full charge, making them an energy-efficient decorative solution for gardens, patios, and displays. Key features and specifications Electrical and thermal performance: Good electrical conductivity and thermal conductivity for reliable current flow and heat dissipation. Corrosion resistance: Material resists environmental degradation for longer service life. Processing properties: Designed for ease of cutting, forming, and joining in typical fabrication workflows. Thickness options: 0.10 mm, 0.20 mm, 0.30 mm, 0.50 mm to suit different strength and flexibility needs. Size: Width 100 mm (0.35 ft), Length 3000 mm (9.84 ft). Thermal processing guidelines: Hot processing temperature: 750–830 °C Annealing temperature: 600–700 °C Low-temperature glow (stress relief) temperature: 260–270 °C Fairy lights: Honey bee motif string lights Solar powered and environmentally friendly Up to 10 hours runtime after full charge For best performance place the solar panel where it receives sufficient direct sunlight How this product solves common problems Replaces inferior materials that corrode, overheat, or fail to conduct electricity reliably. Offers multiple thicknesses so you can pick the balance of flexibility and strength appropriate to your project. Combines practical material with decorative lighting so you can both build and beautify with the same purchase. Solar-powered lights eliminate wiring needs and lower operating costs while providing long nightly illumination when sited correctly. Compatibility and performance notes Suitable for projects requiring good electrical conduction, thermal management, and resistance to corrosion. Select thickness based on bending radius, stiffness, and current or heat load requirements. Adhere to the listed thermal processing temperatures during fabrication and annealing to achieve intended mechanical and internal-stress properties. For the solar lights, ensure the solar panel is installed in direct sunlight to achieve the stated 10-hour runtime. Typical use scenarios 1. Outdoor decor and lighting: Attach the honey bee motif fairy lights to pergolas, fences, or planters; the solar panel powers up during the day for up to 10 hours of night illumination without wiring. 2. Custom fabrication and prototyping: Use the metal sheet for electrical contacts, heat spreaders, or decorative metalwork where good conductivity, corrosion resistance, and predictable thermal processing are required. 3. Garden and event signage: Cut and form the sheet to create durable, conductive nameplates or decorative elements, then combine with the solar fairy lights to highlight displays for evenings and events. Purchase considerations Choose the thickness that matches your structural and handling needs (0.10–0.50 mm). Follow the temperature ranges provided for hot working, annealing, and stress-relief to preserve material properties. Position the solar panel in direct sunlight to ensure the lights deliver up to 10 hours of operation. Specifications summary Conductivity: good electrical and thermal conductivity Corrosion resistance: yes Processing: suitable for hot processing, annealing, and low-temperature stress relief Thickness options: 0.10 mm, 0.20 mm, 0.30 mm, 0.50 mm Dimensions: 100 mm width × 3000 mm length (0.35 ft × 9.84 ft) Thermal processing temperatures: hot processing 750–830 °C; annealing 600–700 °C; low-temperature glow 260–270 °C Fairy lights: honey bee motif, solar powered, up to 10 hours runtime after full charge If you need specific guidance on selecting thickness or processing parameters for your application, use the thickness and temperature ranges above to match your fabrication and performance requirements.