Compac Crypto (DISCONTINUED)

Crypto by Compac is an engineered marble product made from marble crystals and Vibro-compression to result in stone with very low water absorption. Crypto Mars offers a light sea-green base with very fine grains bringing an old-fashioned feel to endless areas in exteriors and interiors.

Compac Crypto is available in slab formats with dimensions 3060x1230mm and thicknesses in 20mm and 30mm which allow for multidimensional stone applications in vanity tops, bathrooms, tabletops, to name a few.

Compac started creating technological marble in 1975 and it is one of the leading companies in conglomerate surfaces worldwide. Compac achieved a huge success with their technological marble materials in the ’70s which has allowed the Spanish manufacturer to expand its ranges into other materials, creating Compac quartz in the early 1990s which has made them the second-largest manufacturer of quartz in the planet.

Compac, The Surfaces Company started operations in the United Kingdom almost 20 years ago and has become one of the preferred quartz and marble manufacturers in the country; providing its unique products to both the residential and commercial sector, winning many accolades through its constant innovative approach when it comes to creating surfaces that are highly resistant to scratches, staining and extreme temperatures.

Features and benefits of Compac Crypto marble:

• Large slabs which ensure minimal seams and joints on surfaces
• A property investment product that offers very good value for money
• Flexibility and durability
• A versatile stone that is ideal for applications in  both indoor and outdoor areas
• Wide variety of colours, finishes and thicknesses
• Minimal water absorption
• Available in many finishes including polished, matt, bush-hammered (deep texture), Silken (silk) and Ovo (light texture)
• Its surfaces can be re-polished after extensive use, recovering its original gloss
• Low-cost maintenance and very easy cleaning regime
• Energy Efficiency:  Ventilated façades contribute to reducing energy expenses in modern buildings. The thermal insulation is a continuous layer that prevents heat transfer from the metal framework edges and the vertical supports