Aside from the beauty and durability of quartz, this natural stone and resin composite material makes a perfect option for a kitchen countertop due to its durability and extremely long life cycle. It is not unusual for countertops such as marble, granite, and quartz to last as long as the home, resulting in the cost savings of having to replace other types of counters throughout the years.
Caring for quartz countertops is also a simple task. Unlike some of the natural stone, quartz is a very hard substance and is able to stand up to the wear and tear of even a busy kitchen and still look fantastic with just minimal care.
For many Minneapolis homeowners, this combination makes quartz the ideal choice. With greater color variations and different patterning options than marble, it also offers a more diverse range of styles to match any kitchen décor.
Cleaning
Since quartz countertops contain engineered products in the form of the binder, adhesives and colored pigments, it is not porous like natural stone such as marble or granite.
This means that the surface of these countertops doesn’t require sealing and is not porous, creating a stain-free surface area. Additionally, since it is not porous, it cannot become a harbor for mold, mildew or bacteria which is important for both easy cleanings as well as safety.
Clean quartz countertops with warm water and mild detergent and a soft cloth immediately after a spill for easy cleanup. For dried on stains, glass cleaner or degreasing products can be used to soften the stain and allow it to lift off naturally. There are specialty products for quartz that are a good idea to keep on hand if needed.
Things to Avoid
While durable and long lasting, some practices can create a dull surface to the countertops. Minneapolis homeowners should avoid using harsh products on the surface including abrasive or acidic types of cleaners. Don’t use scouring pads, steel wool, scraping tools or any type of high pH products on the surface. Additionally, while generally safe, avoid placing hot pots and pans directly on the surface as prolonged, high heats can cause chemical and physical changes in the resins.
