Halogen Bulbs and GU10 LED Ceramic Lamp Holder with Wire, High Temperature Resistant Self-Locking Terminal, DIY and Recessed Lighting, 1 Pack
GU10 Ceramic Lamp Holder with Wire, High Temperature Resistant, Self-Locking Terminal, for DIY and Recessed Lighting. Upgrade your home lighting with a reliable GU10 lamp holder designed for safety and durability. Whether you are working on a DIY lighting project, a lighting repair, or a new lighting installation, this ceramic lamp holder provides a secure connection for your GU10 LED or halogen bulbs. Made of high temperature resistant ceramic, this holder base is engineered to withstand the heat generated by halogen GU10 lamps, ensuring a stable solution for your recessed lighting needs. The ceramic base is rated for 250V 2A, offering a functional connector ceramic interface for your bulbs. This GU10 connector is available in multiple configurations to suit your specific requirements. You can choose the pre-wired version featuring a high temperature lamp holder with 15cm silicone wire (150mm wire) or a shorter 10cm wire option for tight areas. For those who prefer a custom setup, the self-locking terminal variant allows you to connect your personal wiring without a pre-attached lead, a feature that provides flexibility for specific electrical tasks. The silicon wire is flexible and heat-resistant, making it a suitable LED lamp holder component for modern ceiling fixtures. Each pack includes one GU10 ceramic base designed for integration into your existing systems. The self-locking terminal ensures a firm grip to prevent accidental disconnections during use. This product is a practical choice for anyone looking to improve their LED halogen setups with a high temperature resistant component. Please note that this unit does not include a mounting bracket or bulb, allowing you to select the specific GU10 lamp that fits your brightness and color temperature preferences. Secure your home lighting with a professional-grade GU10 with 15cm silicone wire or self-locking base connector.