Upgrade your interior decor with this stunning Contemporary Decorative Wall Panel Set. With its modern design and high-quality materials, this 3D model is the perfect addition to any 3D interior design or 3D room design. Available for download on 3dsky, this versatile set offers four types of configuration and four decorative concrete materials with seamless high-quality textures.
Enhance your 3D room design or 3D home design with this exceptional Contemporary Decorative Wall Panel Set. This 3DS Max model is meticulously crafted, offering a realistic and visually appealing addition to your interior space. With a size of W.5000mm x H.3000mm, these wall panels will make a bold statement in any room.
Included in the archive are multiple file formats such as .max2014_VRay, .max2014_Corona, .OBJ, .FBX, and .jpg, providing flexibility and convenience in using this model. Additionally, all textures and materials are carefully applied, ensuring a fully textured and visually stunning result.
Designed using high-quality 3D design techniques, this wall panel set showcases a range of materials, including decorative concrete and metals. The seamless textures, with a resolution of 8000x8000 pixels, add a touch of sophistication and elegance to any 3D interior decor.
Whether you are an interior designer, architect, or enthusiast, this Contemporary Decorative Wall Panel Set is a valuable asset for your 3D design projects. The logically named objects and materials make scene management effortless, while the measurement units in mm guarantee precision in your 3D room layout.
This 3D model is compatible with various versions of V-Ray, providing compatibility for a wide range of users. However, it is crucial to note that users with V-Ray versions lower than 3.1 may need to choose alternative BRDF options such as Blinn, Phong, or Ward.
Take your 3D interior design to the next level with this exceptional Contemporary Decorative Wall Panel Set. Download the model now and discover the endless possibilities it offers for transforming your virtual spaces.
