There are many designs you can go with for your kitchen that include sintered stone and quartz material. Regardless of the design theme you are looking for in your kitchen. A dining room shouldn’t be where you would want to drag your feet for a meal. It should be where you want to hang out and socialize with your family and friends. It should be a cozy place where the design plays a big role.
Besides the wooden furniture that seems safer to choose from, using a natural stone material for your kitchen can simply shift the feel of your space. An eye-catching showpiece of natural stone, such as quartz and sintered stone, can hold up the busy activities you will be having in your kitchen.
Quartz has been a popular material in the kitchen and has been loved by design enthusiasts. It is rising fast in the material world. While sintered stone is made from 100% natural materials, it moves its way to the design community with its natural-looking vibe. Similar to quartz, sintered stones have a natural look and various textures, colors, and graining.
Besides the color selection and appealing visual texture that draws most homeowners’ attention, the sintered stone thickness is an ideal choice for installation in your kitchen, such as dining tables and countertops. Since quartz and sintered stone are the hottest topics in the interior design world, you will want to understand the comparison between both materials. It can help you narrow down your choices when you need them.
Video Credit: Moreroom Stone
Why Compare Quartz With Sintered Stone?
There are a few types of material that you can use for countertops, wall panels, flooring, etc, which you may be familiar with. The two main categories of material for hard surfaces are natural stone and man-made materials. Quartz and sintered stone fall into the man-made material category. So why should you compare these two materials? This is because even though both materials are man-made, they are very different.
Similar to natural stone, which can have similar features but also have some differences, this goes the same for man-made material. They have common properties but also have very different compositions and are made from different materials. So let’s check out how different it is.
Characteristic And Design Compatibility: Quartz VS Sintered Stone
Quartz has various appealing characteristics that attract people to get it for their kitchen. Engineered quartz is compatible with most of the current design trends, and it can last for years. Besides that, it is easy to care for and maintain.
Sintered stone also has several desirable characteristics that make it attractive for most people to get for their countertop surface. It is compatible with most designs, durable, and easy to maintain and care for.
While one benefit of getting a man-made material for your kitchen is that it can be produced in various colors, since quartz is quite popular, you can see it in several design styles. The designs can incorporate modern, Scandinavian, industrial, minimalist, traditional, rustic, and many more.
While sintered stone surfaces are being produced to mimic the appearance of natural stone surfaces, you can find a sintered stone look-alike material in any design that could use natural stone. Even though you can tell the difference between sintered stone and natural stone, some people think that it is close enough for them.
Sintered Stone VS Quartz #1 - Durability
Material such as natural marble is porous and requires maintenance from stains and scratches. But sintered stone and quartz are non-porous and extremely hardy. Besides that, they are stain-resistant. If you accidentally spill some liquid, it will not be able to penetrate through them and leave permanent discoloration. It will be an ideal countertop material. Both these materials can remain in tip-top condition in instances of carelessness. You can rest assured of it.
But you will want to take note that sintered stone is harder than quartz. The mineral hardness for sintered stone is 7 to 8 on the Mohs scale, while the hardness for quartz’s surface is 7 on the Mohs scale. Besides that, the production process of sintered stone is exposed to high heat, and the surface of sintered stone tends to be more weather-resistant and fadeproof, which makes them perfect for indoor and outdoor use. You can even leave a hot pot on your sintered stone table without leaving any marks.
Sintered Stone VS Quartz #2 – Composition
The process of making a sintered stone begins with raw materials that are combined. Each manufacturer has its own recipe for making the sintered stone, but they all start with raw materials. Those materials will be transformed into a solid mass. The process is the same as those that produce natural stone.
While quartz is different, raw material quartz is used in manufacturing quartz. Synthetic materials are also used to manufacture it. It is combined with a binder. Coloring pigment is added in the manufacturing process to create the color in quartz. Both sintered stone and engineered quartz are man-made, but they contain minerals you can find in natural stone. They consist of different compositions.
Sintered Stone VS Quartz #3 – Heat Resistance
Both materials are heat resistant, but the ability to resist heat differs. The heat resistance of quartz can tolerate heat well enough to be used as a kitchen countertop, but the sintered stone is more heat resistant than quartz. You can see those cooking videos online where they place the hot pan directly from the stovetop to the surface of the sintered stone countertop. The manufacturing process of the sintered stone allows them to resist heat and withstand all normal household temperatures.
Although quartz is also heat resistant, some temperatures are too high for the resins to hold it. Some fabricators may have burned the resins in the quartz material during the fabrication process by using improper polishing pads. The pad may be too hot that it can scorch the resin and discolor it. Both can be used as kitchen countertops material, but when it comes to heat resistance, sintered stone can withstand hotter temperatures.