Block
Fixed arc window S US 48''
The Fixed arc window S US 48" CAD block is an essential tool for interior designers and architects looking to incorporate classic window designs into their projects. This block perfectly embodies the trend of integrating traditional architectural features into modern layouts, offering a seamless blend of style and functionality. Its versatile dimensions (121.9 cm width and 7.6 cm height) make it an ideal choice for various types of environments, from residential to commercial spaces. The arc design of this window not only enhances aesthetic appeal but also optimizes natural light entry, addressing key industry concerns such as energy efficiency and sustainability. By integrating this block into your floor plans, designers can save valuable time and ensure precision across multiple project phases. Available in front, side, and top views, it facilitates accurate placement and enriches client presentations with polished visuals, ensuring scalability and adaptability in every design.
| Brand | Generic |
| Width | 121.9cm / 4' |
| Height | 7.6cm / 3.0" |
Classic window design
The Fixed arc window S US 48" introduces a timeless, elegant element into any architectural design. Perfect for both traditional and contemporary settings, it seamlessly complements diverse design styles, ensuring flexibility in use across different projects.
Multiple view options
This CAD block offers front, side, and top views, providing invaluable versatility in design planning. The ability to visualize the window from different perspectives enhances site evaluation and placement accuracy, streamlining the design process.
Space optimization
With dimensions of 121.9 cm by 7.6 cm, the Fixed arc window S is crafted to maximize space utilization. Its compact yet impactful design allows for natural light enhancement while maintaining space efficiency, a critical consideration in both residential and commercial projects.
Energy efficiency focus
Incorporating the Fixed arc window S into designs promotes energy efficiency by optimizing natural light entry, thereby reducing the need for artificial lighting. This supports eco-friendly solutions, aligning with the increasing demand for sustainable building methodologies.