recessed mounting frame SLIM ROUND for GU10 / MR16, Ø 6.9cm, excl. socket, excl. lamps, aluminium, white

High-Quality SLIM ROUND Recessed Frame from ISOLED

The SLIM ROUND recessed frame was specially designed for GU10 and MR16 light bulbs and is characterized by its slim design with a diameter of 6.9 cm. Made from robust aluminum, this frame provides a durable and stable base for your lighting. The white color ensures a discreet appearance that harmoniously blends into various room designs.

Practical Recessed Installation for a Clean Look

The installation is carried out as a recessed variant, allowing the frame to be flush integrated into the ceiling. This enables an elegant and unobtrusive light source that optimally illuminates the room. With a height of 3.7 cm, the frame is especially slim, allowing for easy installation even in limited recessed spaces.

Flexibility with Light Bulbs and Accessories

The scope of delivery does not include the socket or the light bulb, giving you the opportunity to customize your lighting individually. Optionally, you can purchase a ceramic socket or a base for GU10 or MR16 spots separately. This way, you benefit from high flexibility and can precisely tailor the light to your needs.

Direct Light Distribution for Targeted Illumination

The recessed frame supports direct light distribution, ensuring targeted and effective illumination. This allows you to set accents or highlight specific areas. With the appropriate accessories, dimming of the lighting is also possible, opening up additional creative possibilities and creating a pleasant atmosphere.

Technical Details Made Easy

The aluminum material not only ensures stability but also a high thermal conductivity, which positively influences the lifespan of the light bulbs. Since the recessed frame is delivered without a socket, it is recommended to choose a suitable ceramic socket that ensures a safe and reliable connection. The operating device must also be purchased separately to supply power to the lights and operate them optimally.