Project VPR14

Description

VPR14 terrazzo brings a clean and modern touch to any space with its near-white base and balanced terrazzo pattern. The warm beige and grey marble chips create subtle contrast, adding depth without overpowering the design. Whether used for terrazzo flooring or terrazzo countertops, this material enhances interiors with both function and style.

The honed surface finish delivers a smooth, matte texture that softens the look while reducing glare. This feature makes it ideal for naturally bright spaces where too much reflection can be distracting. The neutral tones blend seamlessly with wood, metal, and stone, allowing for versatile design options.

Built using the block cast method, VPR14 terrazzo provides durability and consistency. It performs exceptionally well in high-traffic areas, making it a strong choice for both commercial and residential applications. This terrazzo floor maintains its structure over time, ensuring reliability for a wide range of projects.

For added flexibility, VPR14 terrazzo is available as slabs, expanding its uses beyond flooring. Install it as terrazzo countertops, custom furniture surfaces, or even wall cladding for a cohesive look. The near-white base introduces brightness into a space, creating an inviting atmosphere without feeling stark.

This terrazzo option offers durability, style, and versatility in equal measure. Whether refreshing a terrazzo floor or designing a sleek terrazzo countertop, VPR14 delivers a clean, lasting finish. Choose this material to bring subtle contrast and refined character to any interior.

The material, and in particular the information, contained in this page and literature, including technical information, are representative only and are subject to change or updating without notice. VENISTON S.r.l. further reserves the right to make changes and/or improvements to the products and/or the technical and functional characteristics of the products described and illustrated on this site at any time, without notice. The information and related graphics published on this page could include technical inaccuracies or typographical errors although every effort has been made for accurate information. The testing are valid for material at the end of the production line.