M.A.R.S ESS SLABS are advanced epoxy-based slabs and surfaces formulated with quartz, nanomaterials, additives, and high-performance binders. In light of recent issues with quartz faced by industries we can now substitute - if necessary, with alternate technology with nanomaterials. Technology has enabled simulation of colors without printing and using better techniques beautiful surfaces can be obtained. These slabs incorporate next-generation surface technologies to achieve enhanced properties, including increased durability, chemical resistance, intricate design aesthetics and unique re -workability possibility.

At M.A.R.S, our ongoing research and technological advancements continue to drive innovation in material preservation, performance enhancement, and sustainable solutions. Our commitment to qualitative research and pioneering techniques enables us to develop products that meet the highest industry standards, ensuring longevity and superior functionality.

Driven by the growing demand for unique colors and refined finishes, we have the engineered surfaces of materials to achieve aesthetic appearance of the surface – echoing the adage, "Beauty is Skin Deep". Using the properties of natural stone and wood-based materials we have employed our epoxy based with nanomaterials technology and technique to get new surfaces. Our concept is to work with the existing materials that is familiar to the industry and use our technology for enhanced results.

Our concept of lamination of granite or wood or quartz stone surface is to create multiple opportunities. Not only it eliminates the defects and porosities but also improves 'desired' surface properties. There are options to modify the 'desired' properties such as in design/ colors/ strength. Some products can be made lighter without compromising many of the required properties. We highlight the word 'desired' because we would like to interest also the technical persons to dwell into the possibilities for solutions - for instance, there are resins offering high acid resistance in places such as research labs, etc.

We have outlined some common questions that we have been asked to present in the website to clear certain points that might arise.