Reliance Surfaces  |  SKU: RELIANCE-QUARTZ-IMDA-POLISHED-30MM

Imperial Danby
Per Sq.Ft
Quartz | Polished
Made in USA

$8900 $12900
Shipping calculated at checkout.
Online
Kitchen Design
FINISH
THICKNESS

Care information

Display general product information or specific product information using metafields.

Delivery and Shipping

Add some general information about your delivery and shipping policies.

Description

Discover the elegance of Imperial Danby Quartz, a premium surface option crafted with precision in the USA. This polished quartz offers a sophisticated and durable solution for any interior space, combining timeless beauty with modern functionality. Ideal for countertops, backsplashes, and more, Imperial Danby Quartz is available per square foot, providing a customizable and cost-effective choice for your design needs. Elevate your home or commercial project with the unmatched quality and aesthetic appeal of this American-made quartz, perfect for those seeking both style and resilience.

Specifications

  • Brand
    Reliance Surfaces
  • Material
    Quartz
  • Finish
    Polished
  • Thickness
    30 MM

Countertop PRICE ESTIMATOR

Please provide the total length of the area where the countertop will be installed in your kitchen.


Make sure that you have carefully selected the correct 'Finish' and 'Thickness' above.

Estimated Price | Based on  0 Sq.Ft

$ 000

The initial price estimate for your countertop is based on the measurements provided. Please note that each slab has a maximum usable area, and if your project exceeds this, additional slabs must be purchased even if not fully utilized. However, labor costs are charged only on the actual square footage of your countertop. The final price, determined after the templating process, will reflect the total slabs required and the fabrication costs.

Countertop TEMPLATE REQUEST

We will process your request right away and set up a real-time design consultation. One of our skilled designers will get in touch with you soon to discuss the process step by step.