Block
Fixed arc window S EU 1000
Introducing the fixed arc window S EU 1000, a versatile CAD block tailored for contemporary architecture projects. This block is engineered to optimize design workflows, particularly in European settings, with dimensions of 100 cm in width and 9.5 cm in height. As architects and interior designers strive for sustainable and compact living solutions, this window block facilitates efficient space utilization while accentuating a building's aesthetic with its elegant arc design. By incorporating this block into your floor plans, you can enhance client presentations and ensure scalability in design projects. Whether for residential or commercial properties, this fixed arc window block is a vital asset for creating visually appealing and compliant architectural designs.
| Brand | Generic |
| Width | 100cm / 3' 3.4" |
| Height | 9.5cm / 3.7" |
Accurate Fit for Projects
The fixed arc window S EU 1000 is ideally suited for modern architectural projects, with its unique arc design. Perfect for enhancing the aesthetic appeal of both residential and commercial properties, this block aids in creating harmonized interior spaces while adhering to efficient space usage.
Customizable View Options
With the EU Windows - 3 views library, this block provides multiple views for precise placement. Architects and designers can switch between front and side views to integrate this window seamlessly into their design layouts, ensuring versatility and ease during the planning phase.
Material Adaptability
The generic brand aspect allows designers to envision this fixed arc window with various materials, from traditional wood to sleek aluminum finishes. This adaptability supports diverse design needs, whether aiming for classic charm or modern minimalism.
Ideal for Sustainable Design
As sustainability becomes pivotal in design decisions, incorporating windows that maximize natural light is crucial. The fixed arc window S EU 1000 can contribute to energy-efficient building plans by optimizing daylight entrance, in turn reducing reliance on artificial lighting.