Shower partition with frame side view

Block

Shower partition with frame side view

The shower partition with frame side view CAD block is an essential asset for interior designers and architects focused on creating detailed and precise bathroom layouts. With dimensions of 100cm in width and 191cm in height, this block provides an accurate representation ideal for modern bathroom designs, ensuring both functionality and aesthetic appeal. This asset, part of the Showers & partitions - 3 views library, is perfect for those looking to save time during the design phase, enhance client presentations, and improve overall workflow in interior design projects.

Width100cm   /   3' 3.4"
Height191cm   /   6' 3.2"
Open in RayonOr

Precise Bathroom Element

This shower partition block offers a detailed side view, essential for integrating precise elements in bathroom layouts. Its accurate dimensions help designers ensure proper fit and alignment, streamlining the layout process.

Versatile Design Applications

Ideal for various design styles, this block can be incorporated into minimalist, modern, or traditional bathroom plans. Its adaptability makes it a vital asset for diverse interior design projects.

Efficient Space Planning

Optimize your bathroom designs with this block, allowing efficient space utilization. Its compact dimensions ensure suitability for both small and large bathroom environments, facilitating optimal layout planning.

Enhanced Client Visuals

Elevate your presentations with professional-grade visual aids. This shower partition block enhances client communication, showcasing accurate and polished designs for better project investment and understanding.

Customizable Material Options

With its customizable frame, this block allows for flexibility in material choices to match specific aesthetic desires, offering designers the freedom to choose finishes that suit their unique project requirements.

Time-Saving Resource

Save valuable time by utilizing this ready-made CAD block. Its accuracy and adaptability reduce the need for rework, increasing design efficiency and allowing more time for creative exploration.



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