About Caesarstone

Caesarstone Ltd. manufactures premium quartz surfaces, which are used in both residential and commercial projects as countertops, vanities, wall cladding, floors and other interior surfaces.

Caesarstone combines beauty with outstanding performance, enabling you to bring your design imagination to life.

Looking for a reason to trust Caesarstone with your surface needs?  Explore Caesarstone quartz countertop reviews and success stories here.  

Manufacturing process

Caesarstone surfaces meet exacting standards of excellence from the initial procurement of raw materials to the final quality control check. Highly skilled and trained staff ensure the quality of a product that is unrivaled in the industry today. The manufacturing process begins with a rigorous inspection of all incoming raw materials. These are blended at a ratio up to ~90% natural quartz aggregates with pigments and polymer resins. Caesarstone quartz surfaces and countertops are manufactured through a highly automated, yet strictly monitored process that includes the following steps:

- Feeding and mixing
The raw materials (quartz, pigments and polymers) are carefully selected, tested and then mixed together.

- Molding and pressing
The mixture is then poured into a mold and formed into slab sizes of 306x144 cm or 120x57 inches. It is compressed under very high pressure (nearly 100 tons psi) and vibrated in a vacuum. This removes all the air and creates a compressed surface.

- Curing
The slabs are then moved to the curing kiln and heated to 90°C for 45 minutes which provides the finished levels of strength and solidity.

- Polishing
The slabs are gauged, calibrated and then polished to a perfect finish in a wide range of colors and designs.

- Quality Testing
Every slab then undergoes rigorous quality testing to ensure it meets our extremely high standards of color, hue and consistency.

- Tagging
The slabs are then labeled, sorted and tagged, and enter our distribution system to ensure they reach our customers in perfect condition.