Block
Double hung window US 3444 front view
The double hung window US 3444 front view CAD block is a versatile and essential addition to any architectural or interior design project. With dimensions of 101.6cm in width and 132.1cm in height, this block is perfect for accurately portraying window elements in your designs. In today's architectural landscape, where energy efficiency and aesthetic appeal are crucial, this window block allows designers to effortlessly integrate modern design trends with functionality. By incorporating this detailed front view block, architects and designers can save time on drafting while ensuring their floor plans are fully optimized for space and natural light. The generic branding of this block offers flexibility in brand-specific projects, making it a scalable solution. Elevate client presentations and project proposals with this detailed window block, ensuring a professional finish every time.
| Brand | Generic |
| Width | 101.6cm / 3' 4.0" |
| Height | 132.1cm / 4' 4.0" |
Versatile Room Fit
Perfect for residential and commercial spaces, the double hung window US 3444 is adaptable to various room settings. Whether for a living room or office, its standard size makes it an optimal choice for enhancing natural light and ventilation, while maintaining energy efficiency.
Front View Precision
The front view of the double hung window block ensures precise placement in your digital layouts. Its detailed representation helps in visualizing real-world installations, making it invaluable for both preliminary sketches and final drafts.
Aesthetic Flexibility
Designed without specific brand constraints, this CAD block provides aesthetic flexibility, permitting easy adaptation to a variety of window styles and home designs. Suitable for projects where customization is key to meeting client preferences.
Architectural Compliance
Ensure your designs adhere to industry standards with our compliant window block. It provides a framework for creating energy-efficient and environmentally friendly buildings, meeting the modern demands of sustainable architecture.