CRYSTAL CALACATTA AMNIS QUARTZ
Crystal Calacatta Amnis Quartz worktop has broad and thin veins of grey throughout that resemble white marble. The product is high-end, small, strong, and non-porous, and it is made primarily of carefully chosen natural materials. Crushed mirrors and coloured pigments are combined with a high performance polyester resin to create the product's remarkable appearance. The resin is then processed into flawlessly straight, flat, and durable slabs with various thicknesses and surface finishing.
It satisfies the most exacting hygiene requirements because of its superior qualities, ease of maintenance, and low absorbent properties.
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Product Information
Shipping & Returns
Shipping & Returns


CRYSTAL CALACATTA AMNIS QUARTZ
CRYSTAL CALACATTA AMNIS QUARTZ
Crystal Calacatta Amnis Quartz worktop has broad and thin veins of grey throughout that resemble white marble. The product is high-end, small, strong, and non-porous, and it is made primarily of carefully chosen natural materials. Crushed mirrors and coloured pigments are combined with a high performance polyester resin to create the product's remarkable appearance. The resin is then processed into flawlessly straight, flat, and durable slabs with various thicknesses and surface finishing.
It satisfies the most exacting hygiene requirements because of its superior qualities, ease of maintenance, and low absorbent properties.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Crystal Calacatta Amnis Quartz worktop has broad and thin veins of grey throughout that resemble white marble. The product is high-end, small, strong, and non-porous, and it is made primarily of carefully chosen natural materials. Crushed mirrors and coloured pigments are combined with a high performance polyester resin to create the product's remarkable appearance. The resin is then processed into flawlessly straight, flat, and durable slabs with various thicknesses and surface finishing.
It satisfies the most exacting hygiene requirements because of its superior qualities, ease of maintenance, and low absorbent properties.




















