A seamless surfaces texture with almond units arranged in a None pattern

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Almond

Maker

Tristone UK

Category

Surfaces

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Product Disclaimers: All marbled colours – sheets may vary from the samples displayed/provided. Veined colours may vary in intensity. Colours may appear lighter or darker depending on the viewing angle. Due to the randomness of the veins and patterns, seams may be highlighted and more visible. This colour offers translucent properties. Tristone is an acrylic solid surface, the ideal material that combines practicality, durability, and elegance. It is the perfect material that enables you to create a one-of-a-kind design for limitless self-expression and design possibilities. Tristone is seamless, non-porous, resistant to heat, moisture and bacteria. Tristone can be thermoformed and joined seamlessly. Additionally, inconspicuous joins, integrated sinks, bowls and coved back splashes make Tristone the perfect choice for both residential and commercial applications. The design potential for Tristone is limitless.

A seamless surfaces texture with an almond surface. Seamless textures can be tiled repeatedly across a surface without visible seams making them useful for architectural drawings and 3D models. This image can be used as a SketchUp texture, Revit material or imported into Photoshop for use in 2D illustrations. A high resolution version of this texture is available, as well as CAD hatches and PBR maps with Architextures Pro.

Architextures (ARTX), is a library of high quality seamless textures for use in architectural drawings and 3D models. All textures on the site are procedural meaning the dimensions, patterns, colours and more can be edited using Architextures Create, our custom-built web app for creating seamless textures. All textures can be downloaded free of charge for educational and personal use. Textures can be used in commercial work by users with a Pro subscription subject to the Terms of Use. By using the Architextures website you agree to the comply with these Terms of Use. Architextures uses cookies for core functions and analytics. By using the website you agree to the use these cookies. Further details about how we use cookies can be found here.