Vimar Idea Plate 16744.13 - Technopolymer 4 Places, Emerald Painted

Vimar Idea Plate 16744.13 - Technopolymer 4 Places, Emerald Painted

The Vimar Idea 16744.13 plate represents an elegant and versatile solution for completing electrical systems, combining modern design, quality materials and ease of installation. Part of the Vimar Idea line, this plate is designed to offer a touch of unique style thanks to its Emerald painted finish, which gives brightness and character to the rooms.

Main features:

1. Durable and lightweight material:

   • Made of high quality technopolymer , a sturdy and lightweight material, resistant to impacts and wear over time.
   • The Emerald painted finish guarantees an elegant and refined look, adapting perfectly to modern and contemporary interiors.

2. Multi-seat configuration:

   • 4 seats , designed to accommodate multiple modules from the Vimar Idea series, offering flexibility and versatility for different configurations.

3. Compact and elegant design:

   • Clean and minimalist lines, suitable for any type of environment, from private homes to offices or commercial spaces.

4. Simple and safe installation:

   • Compatible with the supports and mechanisms of the Vimar Idea series, ensuring perfect integration with the existing system.
   • Quick assembly thanks to the standard Vimar fixing system.

5. Suitable for any environment:

   • Designed for indoor use, offering a combination of functionality and aesthetics.

Technical specifications:

• Series: Vimar Idea
• Product Code: 16744.13
• Material: Painted technopolymer
• Finish: Emerald (ve sme)
• Configuration: 4 seats
• Compatibility: Vimar Idea mechanisms and supports

Applications:

• Ideal for residential and commercial installations.
• Perfect for matching with modern walls and rooms furnished with contemporary shades.

The Vimar Idea 16744.13 plate is the perfect choice for those who want a design element that combines quality, resistance and style in a single solution. Designed to complete electrical systems with refinement and efficiency.