FAQ's

Neolith surfaces offer exceptional performance as high-quality, sintered stone worktops ideally suited for kitchens. Crafted from natural raw materials, Neolith undergoes a high-pressure and high-temperature compression process, resulting in an immensely durable, scratch-resistant, and heat-resistant surface.

Neolith surfaces are both fire and temperature resistant. They can withstand the placement of hot pans without scorching or cracking. Additionally, they remain unaffected by direct contact with fire and endure extremely low temperatures, making them ideal for outdoor kitchens.

Yes, Neolith is extremely durable and resistant to scratches, stains, and impact.

Neolith does not reqire any special maintenance. Simply clean it with warm water and mild detergent to keep it looking pristine.

Yes, Neolith is an environmentally friendly material made from 100% natural raw materials and does not release harmful chemicals, contributing to a sustainable and eco-conscious lifestyle. Additionally, Neolith is the product of dedicated innovation, designed to achieve our core goals: Zero Waste, the use of recycled raw materials, and CO2-neutral production. This material enables us to build a sustainable future for all.

Yes, Neolith can be used outdoors as it is resistant to UV rays, temperature changes, and weather conditions.

Yes, Neolith is an ideal material for bathrooms as it is durable, water-resistant, and easy to clean.

Yes, Neolith is an ideal material for commercial kitchens as it is durable, heat resistant, and easy to clean.

Yes, Neolith can be used for wall internal and external wall cladding.

In some cases, minor scratches and chips can be repaired. However, for major damage, it may be necessary to replace the entire piece.

No, Neolith does not fade over time and is resistant to UV rays and temperature changes.

Neolith is a ultra-compact material that is made from a blend of raw materials used in the production of glass, porcelain, and quartz. Quartz is a engineered stone made from natural quartz and resins.