
Existing evidence indicates that, once installed in a domestic or industrial setting and kept undisturbed, engineered stone products do not present any significant safety hazards. However, there may be potential health and safety concerns if silica dust is emitted during the processes of removing, repairing, making minor modifications, or disposing of these engineered stones.
Despite its visually appealing resemblance to natural stone, the primary concern with manufactured stone lies in its significantly higher crystalline silica content, exceeding 90% compared to granite's 30% and marble's mere 3%.
The majority of jurisdictions decided to start the prohibition on July 1, 2024, and WHS ministers unanimously decided to outlaw the use, supply, and manufacturing of any engineered stone.
The key distinction between Engineered Stone and Cultured stone lies in the composition of their respective products, specifically the recycled stone particles utilized. In the past, the stone particles or fillers that comprised our products were primarily crushed limestone. However, crushed limestone is often considered a rather impure material, containing various imperfections.
In scenarios where the costs of traditional natural stones like granite and marble are prohibitively high, Caesarstone emerges as a logical choice. This engineered stone, comprised of 95% crushed quartz, stands out as an excellent alternative, especially due to the material's resilience to scratches and stains.
When comparing engineered marble versus quartz, one finds that cultured marble is a type of engineered stone crafted from pulverized marble and resin. It tends to be a more economical choice in comparison to quartz. Quartz, on the other hand, is also an engineered material but differs in its composition, utilizing quartzite instead of marble.
As long as they are left undisturbed after installation in your house or place of business, the evidence to date indicates that engineered stone products do not provide a safety issue. If silica dust is produced during the removal, maintenance, little alteration, or disposal of engineered stone, there may be health and safety concerns.
The most resilient engineered stone options for kitchen countertops are diverse and innovative.
One such choice is DEKTON, which provides a cutting-edge solution for those who desire the aesthetic and tactile qualities of natural stone, but without the inconvenience of its heavy weight and maintenance requirements.
SILESTONE is another notable option...
LAMINEX is also a contender...
PAPEROCK is a viable alternative...
Lastly, CAESARSTONE is a trusted brand...
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Engineered stones share similar application purposes with natural stones, yet they are more frequently employed in bathroom and kitchen settings, specifically for features like backsplashes, flooring materials, countertops, and benchtops.
While the term "quartz" is typically associated with a naturally occurring mineral, engineered quartz - occasionally referred to as "engineered stone" - is actually a synthetic product. It is crafted by combining quartz particles with resin, pigments, and various other components to create a cohesive material.