6313 TURBINE GREY

Categories:
Area

56 Sq.Ft

Surface

Polished

Dimension

126" x 64" I 320 x 162 cm

Thickness

2 cm, 3 cm

Product Overview

6313 TURBINE GREY is a premium engineered quartz stone, blending sophisticated warm grey base tones with delicate, organic veining that mimics the subtle motion of turbine currents. Its muted, earthy palette and refined texture make it a versatile centerpiece for modern interiors, balancing understated elegance with durable performance.

Core Features

  • Color & Texture: A soft, layered grey canvas interwoven with fine, natural – looking veining. The texture evokes the quiet dynamism of turbine – driven fluid, offering a “lived – in luxury” aesthetic without visual clutter.
  • Durability: Engineered with high – density quartz (≥90% natural quartz aggregate) and advanced resin bonding. Resists scratches, stains (even from coffee, wine, or oil), and heat (up to 350°F/177°C for short – term exposure) — ideal for busy kitchens/bathrooms.
  • Low Maintenance: Non – porous surface repels bacteria, mold, and spills. Clean with a damp cloth; no sealing or special treatments needed.

Design Versatility

  • Kitchens: Perfect for countertops, backsplashes, or island surfaces. Complements modern, minimalist, or industrial – chic cabinetry (e.g., matte black, white, or wood – toned doors).
  • Bathrooms: Elevates vanity tops, shower walls, or accent panels. The soft grey tones create a spa – like, calming atmosphere.
  • Commercial Spaces: Suits office reception desks, hotel lobby tables, or restaurant bar tops — blending sophistication with hard – wearing practicality.

Why Choose 6313 TURBINE GREY?

It’s not just a surface — it’s a design solution. For those who want timeless style (no “trendy” overtones) and uncompromising durability, 6313 TURBINE GREY delivers. Its understated beauty works in any space, while its engineered strength outlasts daily wear.

Samples available for in – person color/texture verification. Contact us to explore how 6313 TURBINE GREY can transform your project.